Category: Active Birth Pools

A practical guide for hospitals, birth centres, architects and maternity teams planning a safer, more durable and better-performing birthing environment.

When planning a new maternity unit or upgrading an existing birthing room, budget is always part of the conversation. Every hospital needs to make responsible purchasing decisions, justify investment and demonstrate long-term value.

But when it comes to choosing a water birth pool, the lowest purchase price is rarely the best measure of value.

A water birth pool is not simply a large bath. It is a specialist item of hospital sanitary ware used in a demanding maternity environment. It must support mothers safely during labour and birth, give midwives practical access and protection, meet infection-control expectations, withstand repeated clinical use and remain reliable for many years. [8, 10]

That is why performance matters more than price.

The real value of a birth pool is measured over its working life

The initial cost of a water birth pool is only one part of the decision. The more important question is how well the pool performs throughout its full working life.

A well-designed pool should help reduce risk, support safe working postures, be easy to clean, resist damage, retain its appearance and help the room function smoothly for mothers, midwives, estates teams and cleaning staff. [6, 7, 8]

A lower-cost pool may look attractive at the point of purchase, but if it is harder to clean, less durable, less supportive for mothers or more difficult for midwives to work around, the apparent saving can quickly disappear.

True value is created by safety, reliability, usability and longevity.

Designed for maternity care, not adapted from ordinary bathing

Water birth places very specific demands on the pool. Mothers need space to move, rest, lean, kneel, sit, squat and change position instinctively. Midwives need clear access, good visibility and the ability to provide care without excessive bending, reaching or twisting.

This is where purpose-designed maternity pools differ from ordinary baths or general bathing products. The shape, rim height, internal supports, handholds, steps, drainage, fittings and surrounding access all affect how the pool works in practice.

Active Birth Pools are designed specifically for maternity environments. The aim is to support physiological labour, encourage upright and active positions, and give midwives the practical working conditions they need around the pool. [1, 4, 5]

Safety should be built into the design

The safest birth pools are not made safe by adding accessories afterwards. Safety needs to be built into the pool from the beginning.

The wide, softly contoured rims on Active Birth Pools provide support for mothers and help cushion midwives’ forearms during extended periods of care. Recessed handgrips give mothers secure places to hold without creating unnecessary obstructions. Smooth internal forms help mothers reposition naturally and find comfort in the water. [1]

These details may appear simple, but in daily clinical use they make a meaningful difference. Good design helps the mother feel secure and supported while helping staff work more safely and effectively.

The importance of safe entry and exit

Entering and leaving the pool are among the most important moments in water birth practice. A woman in labour should not have to climb awkward steps, negotiate a high rim or rely heavily on staff support.

Active Birth Pools are designed around the “sit and swivel” principle. The mother can sit on the wide rim, turn safely and lower herself into the water while maintaining stable contact. This simple approach supports dignity, reduces unnecessary strain and helps avoid the risks associated with climbing or over-assistance. [1]

A single, moveable step can provide height support when needed without creating permanent obstructions around the pool. This benefits both mothers and midwives by keeping access clear and reducing trip hazards.

Midwives need protection too

A water birth pool must work for the people providing care as well as the person giving birth.

Midwives may spend long periods beside the pool, observing, reassuring, supporting, monitoring and responding to changing circumstances. If the pool is too wide, too deep, poorly shaped or difficult to approach, staff can be exposed to avoidable bending, twisting and overreaching.

Active Birth Pools are shaped to give midwives practical access and supportive working positions. Wide rims, clear floor space, rounded contours and unobstructed access help reduce physical strain and make it easier to care for the mother in the water. [1, 6, 7]

This is not only a comfort issue. In busy maternity settings, better ergonomics support safer working practices and more sustainable care.

Hygiene and cleanability are essential

In a hospital environment, cleanability is a core performance requirement. A birth pool must be easy to clean thoroughly between uses, with smooth surfaces, minimal dirt traps and details that support infection-control practice. [8, 9]

Active Birth Pools use seamless one-piece construction and smooth, non-porous Ficore® composite surfaces. The design avoids unnecessary rim-mounted fittings and surface obstructions wherever possible, helping reduce areas where contamination could accumulate. [1, 2, 3, 8]

This approach treats hygiene as part of the design, rather than as an afterthought. The result is a pool that is easier for staff to clean and better suited to repeated clinical use.

Why material choice matters

The material a pool is made from affects its strength, surface quality, heat retention, durability, cleanability and long-term appearance.

Active Birth Pools are made from Ficore®, a proprietary solid composite developed by Design & Form (our manufacturers) . Ficore is not acrylic, fibreglass, gel-coated laminate or a thin surface bonded over a weaker core. It is a strong, solid composite that allows refined ergonomic shapes, seamless construction and durable integrated features. [2, 3]

For hospitals, this matters because birth pools are exposed to warm water, body weight, repeated cleaning, frequent disinfection and intensive use. A material that resists wear, retains its finish and can be repaired if damaged helps protect the long-term value of the investment. [2, 3, 8]

Built to last for decades

Active Birth Pools are built to order in England and engineered for long-term service in demanding maternity environments. Their seamless one-piece construction, double-wall engineering, integrated features and durable Ficore® composite structure are designed to provide strength, stability and reliability over many years of use. [1, 2]

They are built to last for decades and backed by a lifetime guarantee. [1]

That lifetime guarantee reflects confidence in the material, the manufacturing process and the engineering behind every pool. For hospitals, this means fewer replacement concerns, less disruption and better whole-life value.

Emergency evacuation must be considered from the start

Emergency evacuation from a birth pool is rare, but the pool must be designed with that possibility in mind.

The wide rims, internal support features and unobstructed access around Active Birth Pools help staff respond more effectively if a mother needs assistance leaving the pool. The absence of unnecessary rim-mounted metalwork or obstructing fittings also supports safer movement around and over the rim when rapid access is required. [1]

Good emergency planning begins with good design.

A better pool supports a better birthing room

The birth pool is often the focal point of a birthing room. Its design affects the atmosphere of the space, the ease of movement around the room, the plumbing layout, cleaning routines, emergency access and the way mothers and midwives interact during labour.

Choosing the right pool helps create a calmer, safer and more practical environment. Choosing a pool based mainly on initial price can create compromises that affect the room for years.

For architects, estates teams, maternity managers and midwives, the best decision is one that balances immediate budget with long-term performance.

What to consider when comparing water birth pools

When reviewing options, it is worth asking:

• Is the pool designed specifically for labour and birth?
• Does it support upright, active and instinctive maternal positions?
• Can the mother enter and leave the pool safely and with dignity?
• Can midwives work around the pool without excessive bending, twisting or overreaching?
• Are the surfaces smooth, non-porous and easy to clean?
• Are fittings, handgrips and controls positioned to reduce obstruction and dirt traps?
• Is the material strong, durable and repairable?
• Does the pool support emergency evaqcuation if needed?
• Is technical information available for architects, planners and estates teams?
• Is the pool built for long-term use and backed by a meaningful guarantee?

Price matters. But in a maternity environment, performance matters more.

A well-designed water birth pool supports mothers during labour, protects midwives in their work, helps hospitals maintain high standards of hygiene and remains dependable year after year.

Active Birth Pools combine Ficore® composite, ergonomic design and bespoke engineering to create hospital-grade water birth pools that deliver safety, comfort, durability and long-term value. [1, 2, 3]

For maternity units planning new facilities or upgrading existing rooms, the right choice is not simply the cheapest pool. It is the pool that performs best for mothers, midwives and hospitals over its full working life.

Planning a new maternity unit or upgrading your water birth facilities?

Contact us to discuss your project, request specifications and pricing, or access technical information for architects, planners and maternity teams.

References and supporting sources

The references below support the clinical, ergonomic, sanitary-ware, cleanability, material-performance and whole-life-value claims made in this article. Product-specific claims should be read alongside the current Active Birth Pools product file, project specification and any issued Declaration of Performance or compliance documents for the relevant jurisdiction.

[1] Active Birth Pools. Catalogue and Guide. Product design, safety, ergonomic features, entry/exit approach, emergency access, build-to-order manufacturing and lifetime guarantee. https://activebirthpools.com/wp-content/uploads/2025/10/Catalogue-and-Guide.pdf

[2] Active Birth Pools. Ficore Data Sheet 2019. Ficore composite material properties, durability, cleanability, thermal performance and repairability. https://activebirthpools.com/wp-content/uploads/2019/08/Ficore-Data-Sheet-2019.pdf

[3] Design & Form. FICORE®: The Bath Design Revolution. Background on the Ficore solid composite material, manufacture, performance and design flexibility. https://www.designandform.com/ficore-the-bath-design-revolution/

[4] NICE. Intrapartum care, NG235: recommendations on labour and birth, including use of water for pain relief and person-centred decision-making. https://www.nice.org.uk/guidance/ng235/chapter/Recommendations

[5] Sanders J, et al. The POOL cohort study / BJOG 2024: maternal and neonatal outcomes among women using intrapartum water immersion in UK NHS maternity services. https://pubmed.ncbi.nlm.nih.gov/38857898/

[6] Health and Safety Executive. Manual handling at work: employer duties to avoid, assess and reduce hazardous manual-handling risk. https://www.hse.gov.uk/msd/manual-handling/index.htm

[7] Health and Safety Executive. Manual handling at work: reduce the risk of injury by changing the task, load and working environment where manual handling cannot be avoided. https://www.hse.gov.uk/msd/manual-handling/reduce-risk-injury.htm

[8] NHS England. Health Building Note 00-10 Part C: Sanitary assemblies. Healthcare-estates guidance relevant to sanitary assemblies, cleanability, fittings and infection-control-aware design. https://www.england.nhs.uk/wp-content/uploads/2021/05/HBN_00-10_Part_C_Final.pdf

[9] NHS England. Health Building Note 00-09: Infection control in the built environment. Healthcare design guidance supporting infection-prevention principles in clinical spaces. https://www.england.nhs.uk/wp-content/uploads/2021/05/HBN_00-09_infection_control.pdf

[10] BSI. BS EN 14516:2015+A1:2018, Baths for domestic purposes. Sanitary-ware standard covering bath-type products, including cleanability, durability and conformity-assessment context. https://knowledge.bsigroup.com/products/baths-for-domestic-purposes

[11] CEN/TR 17221:2018. Guidance on CE marking and preparation of Declaration of Performance for sanitary appliances. https://standards.iteh.ai/catalog/standards/cen/ca30116c-cc32-46a7-885f-655f449a2f70/cen-tr-17221-2018

Safety begins with design

When hospitals create or refurbish water birth facilities, safety must be designed in from the outset.

A birth pool is not simply a vessel for warm water. In a maternity unit it becomes part of the clinical environment, the water system, the cleaning regime and the manual-handling strategy. Every surface, fitting, outlet and access point has implications for infection prevention, water safety, mother safety and midwife safety.

Warm, moist environments can support the growth of waterborne organisms if they are not properly controlled. Healthcare guidance recognises the need to manage risks from pathogens such as Legionella and Pseudomonas aeruginosa through appropriate design, maintenance, cleaning, monitoring and local water-safety procedures. [1]

Active Birth Pools have been developed with these responsibilities in mind.

Our design philosophy is simple: remove avoidable risk at source wherever possible, make cleaning easier and more effective, and support hospitals in meeting their local infection-control, water-safety and maternity-care protocols.

Superior material equals superior safety

Active Birth Pools are fabricated from Ficore®, our proprietary composite material.

Ficore® gives our pools exceptional strength, durability and surface integrity. Its hard, smooth, non-porous finish is designed to withstand the demands of repeated clinical use and routine disinfection, while helping staff clean the pool thoroughly between births.

In a hospital environment, surface quality matters. Scratched, porous, jointed or damaged surfaces can make effective cleaning more difficult. By contrast, a smooth, seamless surface helps reduce places where organic matter, moisture and microorganisms can collect.

The result is a birth pool that supports infection-control practice by design, not by afterthought.

Seamless one-piece construction

Active Birth Pools are manufactured as seamless, one-piece structures.

This is an important safety feature. Joints, seams, cracks, ledges and surface-mounted fittings can create dirt traps and areas where moisture can remain after cleaning. Our one-piece construction minimises these vulnerable areas and helps staff achieve a consistent cleaning outcome.

NICE guidance states that baths and birthing pools should be kept clean using a protocol agreed with the local microbiology department or infection-control guidance, and in accordance with the manufacturer’s guidelines. [2]

Our pools are designed to make that requirement easier to fulfil.

Flowing contours that improve cleanability

Ficore® allows us to manufacture pools with flowing, organic shapes rather than sharp internal angles.

The smooth internal form helps water drain efficiently, supports thorough wiping, and reduces awkward areas that are difficult for staff to reach. This matters because cleaning must be practical, repeatable and achievable in a busy maternity setting.

Good infection control is not only about which disinfectant is used. It is also about whether the product’s design allows staff to clean every surface properly, quickly and consistently.

Minimal fittings, fewer risk points

Every fitting on a birth pool should justify its presence.

Active Birth Pools use the minimum number of surface-mounted components. This reduces complexity, improves cleanability and limits areas where water, residue or contamination could accumulate.

Our design approach is aligned with a basic infection-prevention principle: the fewer unnecessary joints, penetrations and ledges there are, the fewer areas staff need to manage during cleaning and inspection.

Integrated hand grips

Our stainless-steel hand grips are bonded directly into the structure of the pool.

They are not simply bolted onto the rim. The grip is sealed into the fabric of the pool, creating a secure, stable and easy-to-clean detail with no loose movement and no exposed fixing points around the rim.

This gives mothers firm support when changing position, entering or leaving the pool, while also avoiding the hygiene issues associated with unnecessary surface-mounted metalwork.

Purpose-designed drainage

The drainage system is a critical part of birth pool safety.

Active Birth Pools are fitted with a purpose-designed drainage assembly manufactured to high standards. The waste sits in a recess and is securely sealed to help create a watertight, cleanable installation.

The plug can be removed for cleaning and disinfection between births, supporting local decontamination protocols. Removable components make inspection and cleaning easier and help staff follow a consistent post-use procedure.

Local NHS birth-pool cleaning protocols commonly require removal of debris, cleaning, disinfection, rinsing, drying and documented daily checks. [3]

Our drainage design supports these practical requirements.

Lighting designed to avoid water traps

Where underwater lighting is specified, the fitting is designed to sit flush with the internal wall of the pool.

The stainless-steel bezel is sealed into the pool surface, and the vertical mounting helps prevent water from sitting around the fitting. The control switch is also sealed.

This approach avoids unnecessary protrusions and supports the same design objective used throughout the pool: smooth surfaces, minimal ledges and cleanable details.

Plumbing that’s separate from the pool

We do not recommend mounting taps on the rim of a birth pool.

Taps, spouts and showers should be installed on the wall, on an IPS panel, or on a dedicated water column. This keeps the pool rim clear, reduces fittings on the pool itself and helps separate the hospital water-supply installation from the pool structure.

Healthcare water-safety guidance recognises the importance of design, installation, commissioning, maintenance and operational management of hot and cold water systems in healthcare premises. [1]

Separating the plumbing from the pool supports this principle by allowing estates teams to specify, access, maintain and manage water outlets as part of the hospital’s water-safety system.

Thermostatic mixing valves and scald protection

Birth-pool filling water must be controlled safely.

Thermostatic mixing valves are used in healthcare settings to reduce scalding risk, but they must be correctly specified, installed, maintained and included within the organisation’s water-safety procedures. [4]

We recommend suitable thermostatically controlled bath or bath/shower mixers, specified by the hospital’s estates team in accordance with local water-safety policy and current healthcare guidance.

NICE also recommends that, when women are labouring in water, both the woman’s temperature and the water temperature are monitored hourly, and that the water temperature should not be above 37.5°C. [2]

Warning: Recirculating water systems

Waterborne infection risk increases when warm water is stored, recirculated or maintained for prolonged periods.

NHS England issued a patient safety alert on heated birthing pools that incorporate both a pump and heater and are filled in advance of labour. The alert required organisations to ensure hospital birthing pools are covered by Legionella management control policies and procedures. [5]

Public Health England also advised that fixed birthing pools in NHS units are considered safe when they are subject to stringent infection-control procedures, and distinguished them from heated pools filled in advance and maintained warm by heater and circulation pump. [6]

Active Birth Pools are designed as fixed, hospital-grade sanitary-ware products. They are filled for use, emptied after use and cleaned in accordance with local protocols and manufacturer guidance. They do not rely on recirculating heated water.

Purpose designed Water Column for freestanding installations

Freestanding birth pools are increasingly popular because they allow more flexible room layouts and better all-round access for mothers and midwives.

However, freestanding installations still need safe, accessible and maintainable plumbing.

To solve this, we developed the Active Birth Pools Water Column: a dedicated solution that keeps taps, spout, shower and support rail separate from the pool itself.

The Water Column provides the practical advantages of a freestanding pool while allowing the water services to remain accessible, controlled and cleanly detailed. It also keeps the pool rim free from tap holes and unnecessary fittings.

Supporting hospital water-safety governance

Healthcare premises are expected to manage water safety through appropriate governance, risk assessment, operational control and monitoring.

HTM 04-01 provides guidance for healthcare management, water safety groups, design engineers, estate managers, contractors and supply-chain businesses. It covers the legal requirements, design applications, maintenance and operation of hot and cold water systems in healthcare premises, and gives guidance on managing risks from Legionella, Pseudomonas aeruginosa and other waterborne pathogens. [1]

Our role is to provide birth pools whose design supports those duties.

Active Birth Pools help hospitals by providing:

• seamless, one-piece construction
• smooth, hard, cleanable surfaces
• minimal surface-mounted fittings
• integrated hand grips
• removable, cleanable drainage components
• plumbing kept off the pool rim
• compatibility with wall-mounted or water-column water services
• practical manufacturer guidance for cleaning and care

Supporting maternity care and informed choice

Water immersion is an established option in maternity care.

NICE recommends offering women the opportunity to labour in water for pain relief. NICE also now advises that birth in water may be considered, with balanced discussion of the evidence so women can make an informed choice. [2]

This makes the quality and safety of the birth-pool environment especially important.

A well-designed pool should support the mother’s freedom of movement, comfort and sense of privacy. It should also support midwives by providing good visibility, access, stable handholds, practical cleaning and safe working space around the pool.

Safety by design

No product can replace local clinical judgement, infection-control protocols, estates management or water-safety governance.

But good design can make those responsibilities easier to fulfil.

Active Birth Pools are designed to reduce avoidable risk, support effective cleaning, improve water-safety management and create safer, calmer, more practical birthing environments.

That is the difference between a pool that simply holds water and a birth pool designed specifically for modern maternity care.

Evidence and source notes

[1] NHS England – Safe water in healthcare premises (HTM 04-01)
NHS England’s HTM 04-01 is the central healthcare water-safety guidance for hot and cold water systems. It covers legal requirements, design, maintenance and operation, and specifically references control of Legionella, Pseudomonas aeruginosa and other waterborne pathogens.
https://www.england.nhs.uk/publication/safe-water-in-healthcare-premises-htm-04-01/

[2] NICE NG235 – Intrapartum care recommendations
NICE recommends offering labour in water for pain relief, monitoring water and maternal temperature hourly with water not above 37.5°C, and cleaning birth pools using local microbiology/infection-control protocols and manufacturer guidance. NICE also says birth in water may be considered with informed discussion of benefits and risks.
https://www.nice.org.uk/guidance/ng235/chapter/Recommendations

[3] Hywel Dda NHS – Use of Water for Labour and Birth Guideline
This NHS guideline provides an example protocol covering cleaning, rinsing, drying, disposable accessories, outlet flushing for Legionella and Pseudomonas prevention, and daily birth-pool records.
https://wisdom.nhs.wales/health-board-guidelines/hywel-dda-file/639-use-of-water-for-labour-and-birth-guideline/

[4] HSE – Hot and cold water systems
HSE guidance identifies thermostatic mixer valves as part of hot and cold water systems and points healthcare premises to HTM 04-01. It also notes scalding risks where tap water exceeds 44°C.
https://www.hse.gov.uk/legionnaires/hot-and-cold.htm

[5] NHS England – Patient Safety Alert: Legionella and heated birthing pools
The 2014 alert required NHS organisations to ensure birthing pools within hospital control are covered by Legionella management control policies and procedures, and warned against heated birthing pools with pump and heater filled in advance of labour in home settings.
https://www.england.nhs.uk/wp-content/uploads/2014/06/psa-legionella-birth-pool.pdf

[6] Public Health England / NHS England – Legionnaires’ disease and birthing pools factsheet
This factsheet distinguished fixed NHS birthing pools, considered safe when subject to stringent infection-control procedures, from higher-risk heated pools filled in advance and maintained warm by heater and circulation pump.
https://assets.publishing.service.gov.uk/media/5a82bf48ed915d74e34035d0/Factsheet_LegionnairesDiseaseAndBirthingPools.pdf

[7] Original Active Birth Pools page
Original page used as the basis for the product-specific design claims: Ficore®, seamless one-piece construction, bonded hand grips, drainage design, flush lighting, wall/water-column mounted taps and separating plumbing from the pool.
https://activebirthpools.com/designed-to-optimise-safety-negate-risk-and-deliver-safer-birthing-environments/

Why the inside of a birth pool matters

A water birth pool is not simply a container for warm water. In a maternity setting, it becomes part of the birth environment, part of the mother’s support system and part of the midwife’s working space. Its internal shape, rim, seats, handholds, water channel and surfaces all influence how freely a woman can move, how safely she can enter and leave the pool, how comfortably she can rest between contractions, and how effectively midwives can monitor, assist and respond when needed.

This is why the internal design of an Active Birth Pool has been developed around a central principle: the pool should actively support physiological labour and birth while reducing avoidable risks for mothers, babies, midwives and hospitals.

Every contour has a purpose. Every support point has a function. Every surface is designed to be smooth, hygienic and easy to clean. The result is a pool that enables mothers to move instinctively, adopt upright and forward-leaning positions, rest when they need to, and remain supported throughout labour and birth.

Four internal features are especially important to this design philosophy: the rim-level safety seat, the labour support seat, the recessed handrails and the keyhole-shaped water channel built into the back of the rim. Together, they transform the pool from a passive vessel into an ergonomic, clinically practical and user-centred birth environment.

Designed for active birth, not passive immersion

The name Active Birth Pools reflects a specific design intention. Labour in water is most effective when the mother is able to move, change position and respond instinctively to the sensations of labour. A well-designed birth pool should encourage mobility rather than restrict it.

In practice, this means the internal form of the pool must support a wide range of natural positions: kneeling, squatting, sitting, leaning forward, resting on the rim, holding the handrails, turning, rotating, floating, and moving from one position to another without obstruction. The mother should not feel trapped by the shape of the pool. She should feel held, supported and free.

This is the fundamental difference between a general-purpose bath and a purpose-designed birth pool. A bath is designed for washing and reclining. A birth pool must support movement, buoyancy, upright posture, pelvic mobility, maternal comfort, midwifery access, observation, hygiene, emergency evacuation and repeated clinical use.

Active Birth Pools are designed around these realities. The internal features are not decorative additions. They are built into the structure of the pool to support real use in real maternity settings.

The rim-level safety seat: support, rest, monitoring and emergency evacuation

One of the most distinctive internal features of an Active Birth Pool is the rim-level safety seat. This seat is positioned high in the pool, level with the rim, creating a broad, secure platform that can be used in several important ways.

For the mother, the safety seat provides a comfortable place to lean, pause and recover between contractions. Labour is physically demanding, and women often need to move between activity and rest. The safety seat allows the mother to remain in the water while changing her posture and receiving support. She can lean forward onto the rim, rest her arms, or position herself securely while remaining connected to the warmth and buoyancy of the pool.

This matters because labour is not static. A mother may want to kneel during one contraction, sit back during the next, then lean forward as labour intensifies. The safety seat gives her another supported option without requiring her to leave the water or interrupt the rhythm of labour.

For midwives, the rim-level safety seat is equally important. It creates a practical platform for observation and monitoring without requiring the mother to stand up or climb out of the pool unnecessarily. In many birth pools, routine checks can become awkward because the mother is low in the water and the midwife has limited access. A rim-level seat helps bring the mother into a more accessible position while preserving her comfort, privacy and immersion.

The safety seat also has a critical role in emergency evacuation. Although most water births proceed without incident, every hospital-grade birth pool must be designed with the possibility of urgent assisted evacuation in mind. If a mother becomes faint, exhausted or unable to leave the pool unaided, midwives need safe and practical options. The rim-level safety seat gives staff a secure intermediate platform. Instead of trying to lift a mother directly from the bottom of the pool to the outside, the mother can be guided or assisted onto the seat and then onto the rim for transfer.

This staged movement reduces strain and helps support safer manual handling. It also protects maternal dignity because the pool itself becomes part of the evacuation pathway rather than an obstacle. In this way, the safety seat combines comfort, clinical practicality and risk reduction in one integrated feature.

The labour support seat: supporting physiology and instinctive movement

The labour support seat is another key internal design feature. Its role is different from the rim-level safety seat. Whereas the safety seat is positioned high for rest, monitoring and evacuation, the labour support seat is designed to support the mother lower in the pool during labour and birth.

The labour support seat helps the mother find stable, upright and open positions. In water, buoyancy reduces the effect of gravity on the body, making it easier for women to move and change posture. However, buoyancy alone is not enough. A mother also needs points of contact that allow her to stabilise herself, control her position and use her body effectively during contractions.

The labour support seat gives the mother a secure base from which she can move her pelvis, adjust her angle, lean forward, rotate or rest. This supports the principles of active birth, where the mother is encouraged to remain responsive to her body rather than being fixed in one position.

A well-designed labour support seat should not dominate the pool or restrict movement. It should be there when needed and unobtrusive when not in use. It should support rather than confine. The mother should be able to use it as a seat, a brace, a transition point or a place to rest briefly before moving again.

This kind of design recognises that labour is dynamic. The most useful support is not rigid prescription but flexible assistance. The labour support seat gives mothers options, and options are central to comfort, confidence and physiological labour.

For midwives, the labour support seat can also assist with care. It helps position the mother in ways that may make observation easier, while still allowing her to remain in the water. It can support safe assisted movement in the pool and contribute to a calmer, more controlled environment.

Recessed handrails: secure support without obstruction

Hand support is essential in a birth pool. During labour, women instinctively reach for something to hold, pull against, lean on or use as a stabilising point. A good handhold can help a mother move from sitting to kneeling, brace during a contraction, rotate her body, lower herself into the water or rise from the pool.

However, handrails can also create problems if they are poorly designed. Surface-mounted metal rails may protrude into the pool, obstruct movement, create impact risks, interfere with cleaning and provide areas where contamination can collect. In a clinical environment, these issues are not minor. They affect safety, hygiene and usability.

Active Birth Pools address this by setting the stainless steel handrails into recesses in the rim and bonding them into the fabric of the pool. This design achieves several things at once.

First, it gives mothers a strong, reliable handhold exactly where they need it. The handrails are positioned so they can be used naturally during movement around the pool. Mothers can grip them while entering, leaving, turning, leaning, kneeling or changing position.

Second, the recessed design protects mothers from injury. Because the handrails are set into the rim rather than protruding into the pool, they are far less likely to be knocked, bumped or caught during movement. This is especially important in labour, when a woman may move suddenly or instinctively and may not be carefully watching where every fitting is positioned.

Third, the design supports freedom of movement. The interior remains smooth and uncluttered, allowing the mother to move around the pool without negotiating exposed metalwork. In a birth pool, open usable space is vital. Anything that obstructs movement can reduce the mother’s ability to respond naturally to labour.

Fourth, recessed bonded handrails improve hygiene. In any maternity unit, infection prevention is a core priority. Fittings that sit proud of the surface can create edges, joins and dirt traps. Bonding the handrails into the pool and integrating them into the design helps reduce areas where microorganisms may collect and makes the pool easier to clean between uses.

This is a good example of the Active Birth Pools design approach: one feature solving several problems at once. The handrails provide support, reduce impact risk, preserve internal space and improve cleanability.

The keyhole-shaped water channel: protecting mothers from protruding spouts

One of the most innovative design features is the keyhole-shaped water channel built into the back of the rim. At first glance, it may appear to be a simple detail. In practice, it is a major safety and usability improvement.

In many birth pool installations, the water supply is delivered through taps or spouts positioned near the pool. If these protrude into the mother’s movement area, they create a risk of impact, particularly to the head. During labour, women may lean back, turn quickly, float, kneel, rise or move unpredictably. A protruding spout in the wrong place can become a hazard.

Active Birth Pools respond to this by incorporating a distinctive keyhole-shaped channel into the back rim of the pool. The channel works with wall-mounted taps and short spouts positioned so that the mother cannot come into contact with them. In other words, the water delivery system is accommodated without placing intrusive metalwork in the mother’s path.

This protects the mother from hitting her head on the spout and keeps the back of the pool open and usable. She can lean against the back of the pool, hold the recessed handgrips, use the rounded rim for support and move freely without being obstructed by plumbing.

The keyhole channel also contributes to a cleaner, simpler internal environment. By avoiding rim-mounted taps and unnecessary fittings, the pool reduces clutter around the rim. This benefits mothers, who need freedom of movement, and midwives, who need clear access. It also supports infection control by reducing the number of surface-mounted fittings where bacteria may collect.

The importance of this detail should not be underestimated. Good healthcare design often consists of removing risks before they occur. The keyhole-shaped water channel is a preventative design solution. It does not ask mothers or midwives to work around a hazard. It removes the hazard from the usable space.

The extra-wide rounded rim: the feature that links everything together

Although the article focuses on the internal features, the rim deserves special attention because it connects many of them. The extra-wide rounded rim is one of the most important support surfaces in the pool.

For mothers, the rim provides a place to lean forward, rest the arms, brace the body and maintain upright positions. Forward-leaning positions are widely used during labour because they can help the mother feel grounded, supported and in control. The rim must therefore be wide enough, smooth enough and comfortable enough to be used repeatedly and for extended periods.

A narrow or sharp rim is not adequate for this purpose. It may dig into the arms, restrict comfort or discourage the mother from using the position she naturally wants. A broad bullnose-shaped rim, by contrast, provides a tactile, supportive surface. It allows the mother to rest on her forearms, lean into contractions and move around the edge of the pool with confidence.

For midwives and partners, the rim also provides a practical support surface. They may lean on it while attending the mother, offering reassurance, monitoring progress or providing physical support. In this sense, the rim is not just a boundary. It is an active working surface.

The rim also supports entry and exit. Combined with the step unit and handholds, it helps mothers move safely into and out of the pool. This is especially important because wet surfaces, fatigue and advanced labour can all increase the need for stable support.

An uncluttered interior supports safer movement

A recurring theme in Active Birth Pools design is the absence of unnecessary surface-mounted metalwork. This is not only an aesthetic choice. It is a safety and hygiene decision.

The more fittings that are attached to the pool surface, the more potential obstruction points are created. Protruding taps, exposed rails, controls and other fittings can interfere with movement, create impact risks and complicate cleaning. They can also make the pool feel visually and physically cluttered.

By integrating support features into the structure of the pool, Active Birth Pools create a smoother, simpler and more intuitive environment. The mother can move around the pool without constantly negotiating obstacles. Midwives can access the mother more easily. Cleaning is more straightforward. The pool looks and feels calmer.

This is especially important in labour, where the environment can influence how safe, private and confident a woman feels. A clear, uncluttered pool supports the instinctive nature of active birth. The design fades into the background, allowing the mother to focus on her body, her baby and her support team.

Conclusion: purposeful design that supports safer birth

The internal design of an Active Birth Pool is the result of practical experience, careful observation and a clear understanding of what mothers and midwives need during water labour and birth. Each feature has been developed to serve a real purpose: to support movement, improve comfort, reduce hazards, assist clinical care and make the pool easier to use safely.

The rim-level safety seat provides a secure place for rest, monitoring and assisted evacuation. The labour support seat gives mothers another stable position from which to move, lean, rotate and respond instinctively to labour. The recessed handrails offer dependable support without creating obstructions or unnecessary cleaning challenges. The keyhole-shaped water channel keeps water delivery safely out of the mother’s movement space, helping to prevent contact with protruding spouts.

Together with the extra-wide rounded rim and uncluttered interior, these features create a birth pool that is not simply comfortable, but intelligently designed around the realities of maternity care.

For mothers, this means greater freedom, confidence and physical support. For midwives, it means better access, safer working conditions and more practical options when assistance is needed. For hospitals and birth centres, it means a purpose-designed pool that supports safety, hygiene and repeated clinical use.

Good birth pool design should feel natural in use, but that simplicity depends on careful detail. In Active Birth Pools, the internal features work quietly together to create a safer, calmer and more supportive environment for labour and birth.

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Why choice of material determines safety, usability, hygiene and over-all whole-life value

A bath is a simple object. It holds water. It needs to be comfortable, durable and easy to clean.

A water birth pool is also a simple object in principle. But in a hospital maternity unit, that simplicity is deceptive.

A hospital water birth pool must cope with repeated filling and emptying, frequent cleaning and disinfection, temperature change, the weight of water and mother, and the everyday demands of a busy clinical environment. In maternity settings, the pool is part of the care environment rather than a domestic bathroom product. NICE guidance recognises birth in water as an option to consider and discuss with women and pregnant people, which makes the design and maintainability of the pool itself important to safe service provision. [1]

So when hospitals compare water birth pools, the most important question is not: “What does it look like?” It is: “What material is it made from?”

Because the material determines almost everything that matters: strength, hygiene, durability, comfort, wet-use performance, expected service life, sustainability and long-term value.

Simple products expose material quality

Complex products can sometimes hide mediocre materials behind technology and features. A water birth pool cannot.

Its performance depends directly on the integrity of its structure and surface. The material has to create a pool that is rigid, stable, smooth, non-porous, easy to clean and able to withstand years of professional use.

Those qualities cannot be added later. They have to be built into the product from the start.

A lower-cost pool may look perfectly acceptable when it is new. Most products do. The real test comes later.

How does the surface perform after years of use? How does it respond to repeated cleaning and disinfection? Does it remain rigid? Does it scratch, chip, stain or deteriorate? Can it be repaired? How soon will it need to be replaced?

That is where material quality reveals itself.

The surface is not cosmetic

In a hospital, the surface of a water birth pool is not just part of its appearance.

It is the part that comes into contact with the water, the mother and the hospital’s cleaning procedures. It must remain smooth, intact, accessible and inspectable for effective cleaning.

Healthcare building guidance repeatedly emphasises surfaces and sanitary assemblies that can be cleaned, maintained and used safely in clinical environments. HBN 00-10 Part C deals specifically with sanitary assemblies, while HBN 00-02 provides design guidance for sanitary spaces in healthcare buildings. [2,3]

Damage matters. Scratches, chips, cracks, joints and surface-mounted fittings can create areas that are harder to inspect and clean. A pool may still look serviceable from a distance while its surface is becoming more difficult to maintain.

This is why hospitals should consider material quality and construction quality together. A strong structure with a poor surface is not enough. Nor is an attractive finish enough if the pool lacks rigidity or durability.

Seamless construction makes sense

Every unnecessary seam, joint, projection and attached fitting adds complexity.

Complexity means more edges to clean, more potential weak points and more places where water or contamination may collect.

A seamless, one-piece pool is simpler to inspect, simpler to maintain and easier to clean consistently. It also allows handgrips, support areas and rounded rims to be formed into the pool itself rather than added afterwards.

This matters because simplicity, when it is properly engineered, is not merely an aesthetic quality. It is a practical advantage. The same principle is reflected in infection-control design guidance: smooth, cleanable and impervious surfaces are preferred in clinical areas, and surfaces should be accessible and resistant to the effects of cleaning agents. [4]

Ficore®, fibreglass and acrylic

Fibreglass

Fibreglass pools are generally made by applying layers of glass-fibre reinforcement and resin into a mould. The visible surface is usually a gelcoat.

This method can produce complex shapes relatively economically. However, the performance of the pool depends heavily on the quality of both the laminate and the gelcoat.

Over time, gelcoat surfaces can become scratched, chipped, stained or worn. If damage exposes the underlying structure, cleaning can become more difficult and specialist repair may be required.

Fibreglass may offer a lower initial price, but hospitals should look carefully at surface durability, structural consistency and long-term performance.

Acrylic

Acrylic is widely used for domestic baths. It is usually made by heating and vacuum-forming a sheet of acrylic, then reinforcing it from underneath.

Acrylic can provide a smooth and attractive finish. However, the forming process can stretch and thin the material, particularly around deeper curves and more complex shapes.

The strength of the finished product therefore depends not only on the acrylic surface but also on the quality of the reinforcement behind it.

Acrylic can also be susceptible to scratching and may be affected by inappropriate cleaning products or abrasive methods. For domestic use, that may be acceptable. For repeated hospital use, it deserves closer scrutiny.

Ficore® Composite Resin

Ficore® is the specialist composite material used to manufacture Active Birth Pools.

Unlike acrylic, it is not a thin vacuum-formed sheet supported by a separate backing structure. Unlike conventional fibreglass, it does not rely on a thin decorative gelcoat over a laminate.

Ficore® is used to create a substantial, rigid, one-piece structure with a hard, smooth and non-porous surface. Active Birth Pools’ own Ficore® material specification describes it as a composite that is chemically fused and heat cured, rather than laminated or bonded. [12]

It is designed for repeated professional use in maternity environments where the pool must be filled, emptied, cleaned and disinfected again and again over many years.

It also enables important ergonomic features to be moulded directly into the pool, including handgrips, support areas and broad rounded rims. This produces a cleaner, stronger and more integrated design. [8,10]

Less slippery, more tactile and warm to the touch

Ficore® has a greater adhesive factor than fibreglass or acrylic. In practical terms, its surface is less slippery than fibreglass or acrylic and more slip resistant than those materials.

That does not mean Ficore® should be described as slip-proof. No wet surface should be. It does mean that Ficore® offers a more secure-feeling surface for mothers who need to move instinctively and change position during labour.

Ficore® also has a warmer and more tactile feel than fibreglass or acrylic. Because a mother in labour is in close, continuous contact with the pool — leaning on the rim, bracing against the sides, resting her arms, or placing her hands and feet against the surface — this sensory difference matters.

Compared with the harder, colder and more plasticky feel often associated with fibreglass and acrylic, Ficore® feels more substantial, reassuring and comfortable to touch. Its smooth, solid surface gives the pool a softer tactile quality without compromising cleanability or durability.

Together, these qualities can make the pool feel less clinical and more inviting, helping mothers relax into the water and move with greater confidence. In a birth environment, small sensory differences can have a meaningful effect on how secure and supported the pool feels in use.

Durability matters far beyond the product itself

Durability is not just about whether a pool continues to look good. In a hospital, durability has clinical, operational and financial consequences.

When a fixed water birth pool needs replacing, the cost is not limited to the price of a new pool.

The room may need to be taken out of service. Plumbing must be disconnected. The old pool must be removed and disposed of. Floors, walls and seals may need making good. A new pool must be delivered, installed, connected and tested.

All of that takes time, money and planning. It may also temporarily reduce the number of birth rooms available to mothers.

A more durable pool reduces the likelihood of this disruption. That is why the service life of the material matters so much.

Ficore® water birth pools are engineered for a working life exceeding 25 years in demanding hospital environments. That longevity changes the value equation completely. [11,13]

Sustainability begins with longevity

Sustainability is often reduced to one question: “Can this material be recycled?” That matters, but it is not the whole picture.

A product that needs replacing every few years creates repeated environmental costs through raw materials, manufacturing, packaging, transport, installation and disposal.

A product that remains in service for decades spreads the environmental cost of its manufacture across a much longer working life.

That is one of the strongest sustainability arguments for Ficore®. Its durability can reduce the need for replacement, which in turn can reduce material consumption, manufacturing demand, transport, packaging, installation work, disposal and disruption within the hospital.

There is also another important factor: repairability. Where appropriate, accidental damage to Ficore® can be professionally repaired. That may allow the pool to remain in service rather than being discarded and replaced.

A product that can be maintained and repaired is inherently more sustainable than one that becomes disposable when damaged. Durability and sustainability are not separate benefits. They are closely connected. [11]

The lifetime guarantee

Active Birth Pools offer a lifetime guarantee on Ficore® water birth pools, subject to the published terms and conditions.

That guarantee covers structural failure, loss of rigidity, leakage and surface breakdown. [9]

A guarantee of this scope is only possible when there is real confidence in the material, the design and the manufacturing process.

It is not simply a marketing statement. It reflects the belief that the pool has been made to endure.

The guarantee also makes an important point about value. The higher initial cost of a Ficore® pool is not simply the price of a premium material. It is the price of a product designed for long-term use, supported by a manufacturer prepared to stand behind its structural integrity.

Purchase price is not lifetime cost

Two water birth pools may perform the same basic function. One may cost less initially.

But if that pool deteriorates earlier, requires more maintenance, is harder to repair or must be replaced several times during the period in which a Ficore® pool remains operational, the lower purchase price may prove misleading.

The true cost of a water birth pool includes the original purchase, installation, maintenance, repair, downtime, replacement, removal, disposal and disruption to the maternity unit.

That is the difference between purchase price and whole-life value.

A higher-quality pool can cost more at the beginning and still cost less over its lifetime. Price is what the hospital pays on day one. Value is what the hospital receives over decades.

Why Active Birth Pools use Ficore®

Active Birth Pools use Ficore® because a hospital water birth pool must do more than look good when it is first installed.

It must remain strong, rigid, cleanable and dependable through years of repeated professional use. It must perform well when wet. It must support ergonomic design. It must be repairable where appropriate. It must reduce the likelihood of premature replacement. And it must provide hospitals with confidence that their investment will continue to deliver value over the long term.

Ficore® makes that possible.

Its quality allows Active Birth Pools to offer a lifetime guarantee. Its durability supports a working life exceeding 25 years. Its greater adhesive factor makes it less slippery than fibreglass or acrylic and more slip resistant than those materials, while its warmer, more tactile feel makes it more comfortable and reassuring to touch. Its one-piece construction supports hygiene, strength and integrated ergonomic design.

The result is not simply a pool made from a different material. It is a pool designed to remain part of the maternity environment for decades.

Material matters most

A water birth pool does not need to be technologically complicated. It needs to be exceptionally well made.

Its safety, hygiene, comfort, durability, sustainability and long-term value all begin with the material.

A better material can produce a stronger pool, a more durable surface, a less slippery, warmer and more tactile wet-use experience, a longer service life, less waste and better whole-life value.

It can also give the manufacturer enough confidence to guarantee the product for life.

Baths are simple things. Water birth pools are simple things too. And precisely because they are simple, the material they are made from matters most.

Procurement questions for hospitals

When comparing water birth pools, hospitals should ask practical, material-led questions:

• Is the pool a seamless, one-piece structure or does it rely on joints, seams or attached fittings?
• Is the surface hard, smooth, non-porous and accessible for inspection and cleaning?
• How does the surface perform when wet, especially when a mother kneels, braces or changes position?
• What is the expected working life in a hospital maternity environment?
• Can accidental damage be professionally repaired?
• What exactly does the warranty cover: structure, rigidity, leakage and surface breakdown, or only limited defects?
• What are the likely whole-life costs once installation, downtime, replacement and disposal are included?

References

1. Intrapartum care. NICE guideline NG235. Recommendations, section 1.9: water birth. Published 29 September 2023; last reviewed 14 November 2025. https://www.nice.org.uk/guidance/ng235/chapter/Recommendations
2. NHS England. Health Building Note 00-10: Part C – Sanitary assemblies. Department of Health / NHS Estates guidance. https://www.england.nhs.uk/wp-content/uploads/2021/05/HBN_00-10_Part_C_Final.pdf
3. NHS England. Health Building Note 00-02: Sanitary spaces. Published 20 March 2013. https://www.england.nhs.uk/publication/designing-sanitary-spaces-like-bathrooms-hbn-00-02/
4. NHS England. Health Building Note 00-09: Infection control in the built environment. Department of Health, 2013. https://www.england.nhs.uk/wp-content/uploads/2021/05/HBN_00-09_infection_control.pdf
5. NHS England. Health Technical Memorandum 04-01: Safe water in healthcare premises. Published 20 May 2016; page updated 27 August 2024. https://www.england.nhs.uk/publication/safe-water-in-healthcare-premises-htm-04-01/
6. NHS England. National Standards of Healthcare Cleanliness 2025. https://www.england.nhs.uk/long-read/national-standards-of-healthcare-cleanliness-2025/
7. NHS England. National infection prevention and control manual (NIPCM) for England. https://www.england.nhs.uk/national-infection-prevention-and-control-manual-nipcm-for-england/
8. Active Birth Pools. Superior Material Results in Superior Safety, Value and Performance: Why Ficore® Composite Is the Better Material for Hospital Water Birth Pools. 25 May 2026. https://activebirthpools.com/ficore-composite-water-birth-pool/
9. Active Birth Pools. Terms and Conditions / Guarantee: Lifetime Warranty. https://activebirthpools.com/terms-conditions/
10. Active Birth Pools. How to Choose a Water Birth Pool for a Hospital. https://activebirthpools.com/how-to-choose-a-water-birth-pool-for-a-hospital/
11. Active Birth Pools. Active Birth Pools: Value and Sustainability. https://activebirthpools.com/active-birth-pools-value-and-sustainability/
12. Design & Form / Active Birth Pools. FICORE® Composite: Active Birth Pools material specification. https://activebirthpools.com/wp-content/uploads/2022/11/Active-Birth-Pools-Material-specification-FICORE.pdf
13. Active Birth Pools. Catalogue and Guide. https://activebirthpools.com/wp-content/uploads/2025/10/Catalogue-and-Guide.pdf

A water birth pool is not simply a vessel for warm water. In a maternity unit it becomes part of the care environment, part of the mother’s support system and part of the midwife’s working space.

Good ergonomic design recognises this. It considers how the mother moves, rests, leans, kneels, sits, rises and leaves the pool. It also considers how the midwife observes, listens, supports, monitors, cleans, records and responds if assistance is needed.

When ergonomics is treated as an afterthought, the pool may look acceptable but perform poorly. Mothers may have fewer safe positions to use. Midwives may be forced to bend, reach, twist or kneel for long periods. Cleaning may be harder than it should be. Emergency access may be compromised.

When ergonomics is built into the design from the beginning, the pool becomes a safer, calmer and more effective environment for labour and birth.

A well-designed birth pool supports instinctive movement for the mother and safe working posture for the midwife.

Supporting the physiology of labour

Water immersion is valued because it can help women relax, reduce the perception of pain and move more freely during labour. NICE recommends offering women the opportunity to labour in water for pain relief, with attention to water temperature, cleanliness and the manufacturer’s guidance for birthing pools. [2]

For these benefits to be realised fully, the pool must support the body rather than restrict it. The mother needs space to change position instinctively, freedom to use upright and forward-leaning postures, and secure surfaces that allow her to brace, rest and move with confidence.

An ergonomic birth pool should therefore provide generous internal space, appropriate water depth, comfortable contours, integrated handholds and supportive surfaces. These features encourage active birth rather than passive immersion.

The aim is not to prescribe one correct labour position. It is to make many useful positions possible: kneeling, sitting, squatting, leaning forward, resting sideways, rotating through the pelvis, or rising from the pool when necessary.

Designing for mothers: comfort, confidence and control

Labour is physical, instinctive and highly individual. A mother should not have to fight the pool to find comfort. The internal shape should invite movement, not limit it.

Smooth transitions between surfaces help reduce pressure points and muscular strain. Supportive seats and ledges can give the mother places to rest between contractions without leaving the water. Integrated handholds can help her stabilise herself without relying on the midwife for every change of position.

This matters because control and confidence are central to a positive birth environment. When the pool supports the mother’s natural movements, she can respond more easily to the sensations of labour and remain actively involved in the birth process.

The design should also make entry and exit feel secure. Mothers may need to enter the pool during labour, leave for observations, change environment, use the toilet, or exit quickly if clinical circumstances change. Good ergonomic design anticipates these real situations.

The ergonomics of entering the pool: sit and swivel

Entering the pool should not require climbing, stepping down into water or relying heavily on the midwife for balance. The sit-and-swivel method allows the mother to sit securely on the extra-wide rim, turn her body and lower herself into the water in one controlled movement.

This reduces the risk of slips, over-reaching and awkward weight transfer at one of the most vulnerable moments of pool use. It also helps protect midwives by reducing the need to support the mother’s full body weight during entry.

For hospitals, this makes the pool easier to use consistently with women of different heights, body shapes, levels of mobility and stages of labour. Safe entry is not a minor detail; it is a central ergonomic requirement.

Designing for midwives: reducing strain and supporting good practice

Midwives are central to the safe use of water in labour and birth. Yet poorly designed pools can place unnecessary strain on their backs, shoulders, necks, wrists and knees.

The Health and Safety Executive identifies bending, crouching, stooping, stretching, twisting, reaching, repetitive work and prolonged tasks as risk factors for work-related musculoskeletal disorders. Employers must manage these risks where they arise. [5]

In a birth pool room, those risk factors can occur when the rim is too narrow, the pool is too deep to reach into comfortably, the surround obstructs access, or the midwife has no stable working surface. A poorly shaped pool can force the midwife into awkward postures at the very moments when calm, precise support is needed.

Ergonomic design helps reduce this risk. Wide, rounded rims allow the midwife to lean and support her forearms. Recessed surrounds allow closer access to the mother. Smooth external forms reduce obstruction. Clear access around the pool supports observation, auscultation, assistance and emergency response.

This is not only an occupational-health issue. A midwife who can work in a balanced, supported posture is better placed to give attentive, reassuring and clinically effective care.

A pool must work as part of the clinical environment

Hospital equipment has to work in real clinical rooms, not idealised drawings. The pool must integrate with plumbing, drainage, cleaning routines, room layout, emergency protocols, access requirements and infection-prevention procedures.

NICE advises that baths and birthing pools should be kept clean using agreed local microbiology or infection-control guidance and, for birthing pools, in accordance with the manufacturer’s guidelines. [2]

Ergonomic design therefore includes cleanability. Rounded edges, smooth surfaces, one-piece construction, accessible fittings and minimal dirt traps all make the pool easier to clean, inspect and maintain. A pool that is comfortable but difficult to clean is not a good maternity product.

Functionality also includes access for the midwife, the mother’s partner and additional staff if assistance is required. The pool should support normal physiological birth but also allow clinical teams to act promptly when circumstances change.

Access must be designed in, not improvised

Most water births are calm and straightforward, but every maternity environment must be prepared for the unexpected. Ergonomics is therefore closely linked to clinical safety.

A well-designed pool should allow the mother to be supported safely, repositioned when needed and assisted out of the water if the clinical situation requires it. There must be adequate working access around the pool and a rim geometry that supports staff without forcing unsafe posture.

Design details that appear small in a showroom can become critical in practice: the height of the rim, the depth of the water, the distance a midwife has to reach, the stability of handholds, the shape of the interior seats and the clarity of the floor area around the pool.

The best design is the one that makes good practice easier under pressure.

The ergonomics of emergency evacuation

Emergency evacuation must be planned into the shape of the pool, not solved by staff improvising under pressure. The rim, internal seat, handholds, working height and surrounding floor space all affect how quickly and safely a mother can be assisted from the water.

Active Birth Pools’ extra-wide rim and internal support features are designed to help staff raise and transfer the mother with the assistance of buoyancy, reducing unnecessary lifting where possible. Where local protocols require an evacuation net or sling, the pool room should provide clear access and enough staff working space to use it safely.

Good evacuation ergonomics protects everyone: the mother, the baby and the maternity team. It supports calm, coordinated action while reducing bending, twisting, reaching and hazardous manual handling for midwives.

Ergonomics and manual handling

Manual handling in healthcare includes supporting or moving people, not just lifting objects. NHS Employers notes that employers must protect staff from hazardous manual handling and follow a hierarchy of avoiding, assessing and reducing risk where hazardous handling cannot be avoided. [6]

This principle is directly relevant to water birth pool design. A pool should reduce unnecessary handling by helping mothers move independently where possible. Integrated handholds, supportive seats and secure internal surfaces allow mothers to reposition themselves with less physical intervention from staff.

At the same time, the design should reduce the physical demands placed on midwives when they do need to help. Access, working height, rim width, clear floor space and stable support points all influence the amount of reaching, bending and force required.

In other words, ergonomic design is a form of risk reduction. It does not replace training or local protocols, but it makes safer practice easier to achieve consistently.

Why the internal design of the pool matters

The inside of a birth pool determines how the mother uses it. A simple open tub may allow immersion, but it does not necessarily support active labour. A purpose-designed water birth pool should provide a range of intuitive options.

Internal seats give the mother places to rest while remaining immersed. Handholds allow her to stabilise herself during contractions and position changes. Contoured walls support forward-leaning postures. Sufficient length, width and depth allow the pelvis to move freely.

These features must be integrated into the form of the pool, not added as awkward accessories. Integrated design is cleaner, stronger and more intuitive. It also reduces the number of separate components that could loosen, obstruct cleaning or create maintenance issues.

Why the external design matters just as much

The outside of the pool affects the midwife’s body. If the rim is too thin, sharp or high, the midwife may not be able to work comfortably. If the base or surround prevents close access, she may have to lean further than is safe. If the room layout is not considered, staff may struggle to reach the mother quickly.

Active Birth Pools are designed around the mother and the midwife together. The pool must be beautiful, but beauty is not the main objective. The main objective is safe, effective, comfortable use throughout labour, birth, cleaning and maintenance.

This is why wide rounded rims, smooth external contours, recessed access, integrated support features and appropriate working heights are not optional refinements. They are core safety and usability features.

Design for dignity

Ergonomic design is also about dignity. A mother using a birth pool may feel physically exposed, emotionally intense and highly dependent on the room around her. The pool should make her feel held, supported and protected.

Comfortable surfaces, secure support, warm water, intuitive movement and calm access all contribute to dignity. So does the ability for midwives to provide care without intrusive or awkward manoeuvres.

The goal is a pool that supports the mother’s autonomy while allowing the midwife to remain close, observant and ready to help.

A better pool supports everyone in the room

Ergonomic design is sometimes misunderstood as a comfort feature. In water birth pool design it is much more important than that.

For mothers, it supports movement, rest, immersion, confidence and physiological labour. For midwives, it supports safer working posture, closer access and more effective care. For hospitals, it supports infection prevention, manual-handling risk reduction, efficient cleaning, room functionality and long-term value.

Recent evidence also reinforces the importance of supporting safe access to water immersion. NICE’s 2025 evidence review noted that new evidence on water birth in low-risk, term, singleton pregnancies was generally low to very low certainty, but consistent in direction for several potential benefits, with the committee considering the net benefit positive while also identifying the need to communicate specific risks such as umbilical cord snapping. [3]

The POOL cohort study similarly concluded that, among women using water immersion during labour, remaining in the pool to give birth was not associated with an increase in adverse primary maternal or neonatal outcomes. [4]

This makes the design of the pool itself even more important. If water immersion is to be offered safely and confidently, the product must be designed for real maternity use.

Ergonomics is not a luxury

Ergonomic design in water birth pools is not a luxury, cosmetic preference or marketing detail. It is fundamental to safety, comfort, dignity and good clinical practice.

A purpose-designed birth pool should help mothers move instinctively, help midwives work safely and help hospitals maintain a clean, efficient and clinically appropriate birth environment.

That is the design philosophy behind Active Birth Pools. Every curve, rim, seat, handhold, surface and access point should earn its place. The result is a water birth pool designed not simply to hold water, but to support the whole experience of labour and birth.

References

[1] Active Birth Pools. The Importance of Applying Ergonomic Design Principles to Water Birth Pools. Published 11 June 2025. https://activebirthpools.com/the-importance-of-applying-ergonomic-design-principles-to-water-birth-pools/

[2] NICE. Intrapartum care: recommendations, NG235. Updated 2025 sections on labouring in water, temperature monitoring, cleaning and access for people with mobility issues. https://www.nice.org.uk/guidance/ng235/chapter/Recommendations

[3] NICE. Intrapartum care evidence review Q: effects and safety of water immersion during the second stage of labour. Final, November 2025. https://www.nice.org.uk/guidance/ng235/evidence/q-effects-and-safety-of-water-immersion-during-the-second-stage-of-labour-pdf-474720226461

[4] Sanders J, et al. The POOL cohort study: maternal and neonatal outcomes among spontaneous vaginal births occurring in or out of water following intrapartum water immersion. BJOG, 2024. https://pubmed.ncbi.nlm.nih.gov/38857898/

[5] Health and Safety Executive. Musculoskeletal disorders at work. https://www.hse.gov.uk/msd/msds.htm

[6] NHS Employers. Musculoskeletal health in the workplace. https://www.nhsemployers.org/publications/musculoskeletal-health-workplace

[7] Health and Safety Executive. Manual Handling Operations Regulations 1992: guidance on avoiding, assessing and reducing risk. https://www.hse.gov.uk/pubns/books/l23.htm

[8] Active Birth Pools. Sit and Swivel – The Natural Way to Enter the Pool. Published 5 December 2023. https://activebirthpools.com/sit-and-swivel-the-natural-way-to-enter-the-pool/

[9] Active Birth Pools. Manual handling risks associated with water birth pools. Published 3 December 2023. https://activebirthpools.com/manual-handling-risks-associated-with-water-birth-pools/

[10] Health and Safety Executive. Moving and handling in health and social care: manual handling in birthing pools. Updated 12 January 2026. https://www.hse.gov.uk/healthservices/moving-handling/birthing-pools.htm

Why practical clinical access, room efficiency and unobstructed working space matter more than the appearance of 360-degree access.

A freestanding pool does not automatically provide better access. Water columns, plumbing fixtures, hand grips, steps and room features can obstruct the rim. An Active Birth Pools wall-mounted model uses only approximately 500 mm of the perimeter at the wall, leaving a broad, clear working edge with no rim-mounted metalwork or plumbing.

When hospitals plan a water birth room, one of the first decisions is whether to install a wall-mounted or freestanding pool.

A freestanding pool is often promoted on the basis that it provides “360-degree access”. At first sight, this sounds persuasive. If a pool stands away from the wall, it appears that midwives should be able to approach the mother from every direction.

In practice, however, physical space around a pool is not the same as usable clinical access.

The questions that matter:

The important question is not simply whether somebody can walk around the outside of the pool. The design should instead be judged by whether the midwife can get close enough to the mother, work without excessive bending or reaching, and use a clear section of the rim without taps, spouts, handrails or other obstructions.

Planners should also consider whether more than one member of staff can reach the mother when assistance is required, whether the room retains space for essential maternity equipment, whether cleaning can be carried out efficiently, and whether any additional space and expenditure deliver a genuine clinical benefit.

When these questions are considered carefully, a well-designed wall-mounted water birth pool will often provide more useful access than a freestanding pool.

The difference between theoretical access and usable access

The claim that a freestanding pool provides access around its complete perimeter assumes that the whole perimeter remains clear. That is frequently not the case.

Freestanding pools commonly require a water column, rim-mounted taps, a bath filler or spout, hand grips or handrails, control valves, access panels, associated pipework, entry steps and clearance from doors or movable room fittings.

Each of these features occupies space. More importantly, some obstruct the pool rim and prevent a midwife from working comfortably at that position. A section occupied by a water column is not a working position. A projecting handrail can prevent a midwife from leaning comfortably against the pool. Rim-mounted taps and metal fittings can restrict where staff place their hands and forearms.

This means that “360-degree access” may exist on a floor plan but not during an actual labour. A design should be assessed according to the amount of clear, comfortable and clinically useful working edge it provides—not simply according to whether the pool touches a wall.

Our wall-mounted pools do not sacrifice access

There is sometimes an assumption that placing a pool against a wall makes the rear third inaccessible. That is not true of a purpose-designed Active Birth Pool.

The wall-mounted flange occupies only approximately 500 mm of the pool perimeter. The remainder of the pool projects into the room and remains available to the mother and the maternity team.

There is no rim-mounted metalwork, plumbing or filler mechanism interrupting the principal working edge. The broad pool rim remains clear, allowing midwives to position themselves where they can observe, communicate and provide care.

The relevant comparison is not between a freestanding pool with complete access and a wall-mounted pool with access to only half of the pool. It is between a freestanding pool whose nominal perimeter may be interrupted by a water column, plumbing fixtures, handrails and surrounding room features, and a wall-mounted pool with a small wall connection and a substantially unobstructed working perimeter.

Once the obstruction created by fixtures and fittings is taken into account, the wall-mounted model may provide more useful access—not less.

Clear rim space is more important than walking space

A midwife does not provide care simply by walking around the outside of a birth pool. She must be able to sit, kneel or stand close to the mother and work in a stable, comfortable position.

Taps, projecting spouts, surface-mounted grips and other fittings can prevent the midwife from resting her forearms comfortably, increase the distance between the midwife and the mother, restrict hand placement, interfere with observation and monitoring, create potential impact points and make cleaning more complicated.

Active Birth Pools are designed with a clear working edge. The plumbing is separated from the principal clinical access area rather than occupying positions where midwives need to work.

The pool’s external shape also affects access

Access should not be measured only at floor level. A pool may have open floor around it but still force a midwife to lean across a wide or vertical external wall. If she cannot bring her knees and legs beneath the rim, her upper body remains too far away from the mother.

The distinctive concave external profile of Active Birth Pools allows the midwife to sit closer to the pool. Her knees can be positioned beneath the rim, helping her maintain a more upright and balanced working posture. The wide, rounded rim provides a comfortable surface on which the mother or midwife can rest.

Access is therefore created through the relationship between the pool’s shape, its rim and the person using it—not merely through the amount of empty floor surrounding it. Manual-handling guidance emphasises that risk is influenced by posture, reach, repetition, workplace layout and the physical design of the task.[1][2]

Freestanding pools occupy more of the birth room

A birth room must accommodate considerably more than the pool itself. Depending on local requirements, the room may also need space for a birthing bed, seating, monitoring equipment, neonatal equipment, an emergency trolley, a portable hoist or other evacuation equipment, clinical storage, staff circulation, birth partners and access to doors and sanitary facilities.

A freestanding pool must be positioned far enough from surrounding walls and fittings to create circulation space around it. That circulation zone can substantially increase the pool’s total spatial footprint.

A water column also occupies floor space. It requires installation, anchoring, pipework and clearance. Although it can provide a location for plumbing fixtures, it does not make the pool itself smaller or necessarily create better clinical access.

A wall-mounted installation uses the perimeter of the room intelligently. It places one small section of the pool against a surface that would not ordinarily serve as a clinical working position, while leaving the principal access areas facing into the room. This can release valuable space for the mother, midwives, equipment and emergency procedures.

A water column does not automatically improve access

Active Birth Pools can also be supplied in freestanding versions with a water column when the architectural design or intended room layout genuinely requires it. However, the water column does not create additional access by itself.

It occupies a position adjacent to the pool and must contain or support plumbing controls, pipework and potentially handrails. That section of the perimeter is therefore not equivalent to a completely clear working position.

A freestanding option may be appropriate where the pool must be located centrally, the walls cannot accept the necessary services, the room has been specifically planned around a central pool, or the building makes a wall-mounted installation impractical.

These are legitimate architectural reasons. But freestanding construction should not be selected solely on the assumption that it automatically delivers superior access.

Where the room allows a wall-mounted installation, adding a water column may increase the amount of floor space required, the installation work, the number of interfaces and sealed junctions, the quantity of materials, the plumbing complexity and the project cost. Unless it provides a specific, demonstrable benefit, the hospital may be paying more and sacrificing space without gaining meaningful clinical access.

Simpler installations can support easier cleaning

Water birth pools used in hospitals are subject to rigorous cleaning and infection-prevention procedures. Public health guidance has recognised that fixed hospital birth pools are managed through stringent infection-control measures and monitoring.[3]

The pool and its surroundings must be designed so that staff can reach, inspect, clean and dry the necessary surfaces. Every additional fitting, junction, projection and floor penetration creates another area that must be considered within the cleaning regime.

Rim-mounted metalwork and plumbing can make it harder to clean the complete pool edge. Water columns create additional external surfaces and junctions with the floor. Handrails and fittings introduce further contact points and interfaces.

A wall-mounted pool sealed appropriately to the wall and floor can create a clean, permanent installation with fewer external components occupying the room. Its principal rim remains clear and accessible for cleaning. NICE guidance states that units offering labour in water should have protocols governing pool use and cleaning, reinforcing the importance of considering cleanability at the specification stage.[4]

Better use of the construction budget

A hospital is not purchasing only a pool. The total project may include transportation, plumbing fixtures, pipework, structural or floor preparation, electrical or mechanical coordination, installation labour, sealing, room finishes, commissioning and access for future maintenance.

A freestanding installation with a water column is likely to require more material and installation work than the equivalent wall-mounted pool.

It may also influence the size of the room itself. In a new-build project, increasing the room area to preserve circulation around a freestanding pool can affect construction, flooring, ceilings, lighting, ventilation and ongoing cleaning.

The correct procurement question is: which arrangement provides the best combination of clinical access, ergonomic performance, room efficiency, infection prevention, installation simplicity and lifetime value? In many maternity settings, the answer will be a wall-mounted pool.

Clinical access should be tested on the actual plan

Architects, planners and maternity teams should examine proposed layouts at an early stage. The working perimeter of the pool should be marked on the floor plan together with the wall-mounted flange or water column, taps and filler positions, handrails, pool entry points, doors and their opening arcs, fixed furniture, the birthing bed, emergency equipment, staff working positions and routes into and out of the room.

The team should test where a midwife can sit or kneel close to the pool, which parts of the rim are obstructed, whether a second midwife can approach, whether the mother can enter and leave without unnecessary obstacles, whether emergency equipment can be brought into position and whether all necessary surfaces can be cleaned.

This exercise will normally reveal that an apparently accessible perimeter is not always a usable perimeter.

Emergency planning depends on the whole room

No birth pool can replace appropriate staffing, training, risk assessment or local emergency procedures. However, pool design and room layout should support those procedures.

Access for emergency assistance depends on the mother’s position, the number of staff present, the pool rim and internal support features, available lifting or evacuation equipment, the location of the bed or trolley, clear floor space and rehearsed local procedures.

A freestanding pool that consumes more of the room can reduce space available for the equipment and staff movement required during an emergency. Conversely, a thoughtfully positioned wall-mounted pool can preserve a larger, clearer working zone in front of and around the accessible sides of the pool.

The objective is not to allow staff to stand at every theoretical point around the perimeter. It is to create sufficient clear, strategically positioned and ergonomically effective access where it is most useful.

Wall-mounted does not mean less flexible

A well-designed wall-mounted pool can support a wide range of maternal positions. The mother can kneel, squat, sit, lean forwards, rest against the rim, use the internal support features, turn within the water and move between positions instinctively.

Water immersion itself supports buoyancy and freedom of movement. Research and clinical guidance recognise the role of water in supporting comfort, relaxation and movement during labour.[5][6]

The mother’s freedom inside the pool does not depend on whether the outside is accessible from every direction. It depends primarily on the pool’s internal dimensions, water depth, support features, material, temperature and ergonomic design.

Similarly, the midwife’s ability to provide care depends more on clear working positions and good reach than on an uninterrupted walking route around the complete exterior.

When does a freestanding pool make sense?

A freestanding water birth pool remains a useful option in the right project. It can make sense when the room is exceptionally large, a central location forms part of the clinical plan, services must rise through the floor, no suitable wall is available, the building’s construction prevents wall installation, or the layout has been designed specifically to preserve effective access around the pool and water column.

Active Birth Pools supplies freestanding models for precisely these situations. The important point is that freestanding installation should be selected because the room and project require it—not because of an untested claim that it always provides better access.

The most effective solution is often the simplest

Good healthcare design is not achieved by adding components without a clear purpose. It is achieved by removing unnecessary obstacles and making the best use of the available room.

A wall-mounted Active Birth Pool commits only a small section of the perimeter to the wall, leaves the main working edge unobstructed, avoids rim-mounted taps and metalwork, allows midwives to get close through its concave external profile, preserves more of the room for clinical use, requires fewer freestanding components and generally costs less than an equivalent freestanding arrangement with a water column.

This is why wall-mounted pools often make more practical sense. The value of a water birth pool should never be measured by how much empty floor can be seen around it. It should be measured by how safely and effectively the mother and midwife can use it.

Conclusion

The phrase “360-degree access” sounds reassuring, but it does not provide a complete picture.

A freestanding pool may be surrounded by floor space while substantial sections of its perimeter remain obstructed by a water column, plumbing fixtures, hand grips, steps, doors or other room features.

By contrast, the wall-mounted flange of an Active Birth Pool occupies only approximately 500 mm. The remaining perimeter provides a broad, clear working edge without rim-mounted metalwork, plumbing or fixtures.

The result can be more genuinely usable access, better midwife positioning, less wasted floor space, simpler installation, easier room planning and better overall value.

Freestanding pools have an important place where the architecture requires them. But where a wall-mounted installation is possible, there is often little or nothing to gain by moving the pool into the middle of the room.

In many cases, the wall-mounted pool is not the compromise. It is the better-designed solution.

References

1. Health and Safety Executive. Manual handling at work: guidance on avoiding, assessing and reducing risk.

2. Health and Safety Executive. Moving and handling in health and social care: manual handling in birthing pools.

3. Public Health England. Advice on home birthing pools. Guidance distinguishing fixed NHS pools, which are subject to hospital infection-control procedures and monitoring.

4. National Institute for Health and Care Excellence. Intrapartum care: NICE guideline NG235. Recommendations covering labour in water, pool protocols, cleaning and access.

5. Sanders J, et al. Maternal and neonatal outcomes among spontaneous vaginal births occurring in or out of water following intrapartum water immersion: the POOL cohort study. BJOG, 2024.

6. Cooper M, et al. Understanding the barriers and facilitators related to birthing pool use from organisational and multi-professional perspectives: a systematic integrative review. 2023.

7. Chartered Institute of Ergonomics & Human Factors. Improving birthing pool design.

8. Active Birth Pools. Creating Better Water Birth Pools Through Ergonomic Design.

9. Active Birth Pools. Manual Handling Risks in Water Birth Pools: Why Design Matters.

10. Active Birth Pools. Delivery and Installation Instructions.

Sustainability starts with choosing the right product

When hospitals assess the sustainability of a water birth pool, the discussion should not begin and end with the purchase price.

A hospital birth pool is a long-term item of healthcare sanitary ware. It will be installed in a demanding maternity environment, filled and emptied repeatedly, cleaned and disinfected frequently, used by many mothers and midwives, and expected to support safe, efficient care for many years.

For this reason, sustainability must be assessed over the whole life of the product.

A cheaper pool that requires regular repair, becomes difficult to clean, loses surface integrity, creates maintenance issues or needs replacing after a relatively short service life may prove far less sustainable than a higher-quality pool designed to last for decades.

True sustainability is about durability, safety, hygiene, repairability, operational efficiency and long-term value. [1]

Why life cycle value matters in maternity units

Hospitals do not simply buy birth pools. They create water birth facilities.

That means the pool has to work within a clinical room, connect safely with hospital water systems, support mothers in labour, allow midwives to work comfortably, enable effective cleaning, and remain reliable throughout years of use.

The real cost of a birth pool therefore includes:

• the purchase price;
• installation and room preparation;
• maintenance;
• cleaning and disinfection;
• water safety management;
• staff time;
• downtime;
• repairs;
• replacement;
• disposal;
• the effect on room usability and service quality.

A product that appears cheaper at the point of purchase can become expensive if it compromises any of these areas.

By contrast, a pool designed for long-term hospital use can reduce waste, avoid premature replacement, support safer working practice and provide better value over its lifetime. [4]

Built from Ficore® composite for long-term use

Active Birth Pools are made from Ficore® composite, a proprietary material developed for the demands of professional maternity use.

Ficore® is central to the sustainability and life cycle value of our pools because it provides the strength, durability, surface quality and design freedom required for hospital birth environments. [2,3]

Unlike ordinary bath materials, Ficore® allows us to create highly sculpted, one-piece ergonomic forms with smooth, continuous surfaces and integral support features. This is important because a hospital birth pool must do more than hold water. It must support movement, comfort, access, cleaning, midwife ergonomics and risk reduction.

Ficore® also has important performance advantages over fibreglass and acrylic. It is strong, durable, warm to the touch, highly resistant to damage, and able to withstand the repeated cleaning and disinfection required in hospital use. Its highly polished surface is more tactile and, importantly, Ficore® has a greater adhesive factor and is less slippery / more slip resistant than fibreglass or acrylic. [2,3]

This comparative surface performance is important in a wet environment where mothers need to feel secure and supported while entering, leaving and moving within the pool.

Durability reduces waste

One of the simplest principles of sustainable procurement is to avoid unnecessary replacement.

A product that lasts longer creates less waste. It also reduces the environmental and financial costs associated with repeated manufacture, shipping, installation, removal and disposal.

Active Birth Pools are designed for decades of use in hospitals and maternity units. The older value and sustainability assessment stated a life expectancy of over 25 years, and Active Birth Pools continue to position long service life as a major advantage of Ficore® composite construction. [1,3]

This matters because birth pool replacement is not only a product cost. It can also involve disruption to maternity services, room downtime, contractor work, infection-control considerations and additional procurement activity.

When durability is built into the product from the beginning, sustainability is built into the whole room.

Smooth surfaces support cleaning and hygiene

Sustainability in healthcare cannot be separated from hygiene.

A water birth pool must be easy to clean, resistant to surface degradation and suitable for repeated disinfection. If the surface becomes damaged, roughened, cracked or difficult to clean, the pool may create avoidable maintenance and infection-control concerns.

NICE recommends that baths and birthing pools should be kept clean using a protocol agreed with the local microbiology department or infection-control guidance, and that birthing pools should also be cleaned in accordance with the manufacturer’s guidelines. [5,6]

This places practical importance on the surface material, the shape of the pool and the avoidance of unnecessary dirt traps.

Active Birth Pools are made as seamless, one-piece forms from Ficore® composite. The smooth, non-porous surface and absence of unnecessary surface-mounted fittings help make cleaning easier and more reliable. [2,3]

A pool that is easier to clean can support better room turnaround, reduce staff frustration and help maternity teams maintain confidence in the facility.

Water safety and hospital infrastructure

Hospital birth pools must also be considered in the context of healthcare water safety.

NHS England HTM 04-01 gives guidance on the legal requirements, design, installation, maintenance and operation of hot and cold water systems in healthcare premises. It is written for healthcare management, Water Safety Groups, design engineers, estate managers, operations managers, contractors and supply chain businesses. [8]

The Health and Safety Executive also identifies hot and cold water systems as a foreseeable source of legionella risk and highlights the importance of understanding system design, dead legs, outlets, thermostatic mixer valves and temperature control. [9,10]

For birth pools, this makes correct specification essential.

The most sustainable solution is not one with complicated integral plumbing, recirculation systems or difficult-to-access pipework. The most sustainable solution is one that supports safe, simple, maintainable hospital water services and avoids unnecessary systems that are difficult to clean, monitor or manage.

A well-designed birth pool should work with the hospital’s water-safety strategy, not against it.

Supporting NHS net-zero and social value goals

The NHS has committed to reaching net zero for the emissions it controls directly by 2040, and for the emissions it can influence by 2045. NHS procurement now places increasing emphasis on net zero, social value, carbon reduction planning and responsible supply chains. [11,12]

The NHS Net Zero Building Standard also provides technical guidance to support sustainable, resilient and energy-efficient healthcare buildings. [13]

This means that maternity-unit decisions should not focus only on capital cost.

They should also consider:

• product lifespan;
• embodied carbon spread over years of service;
• repairability;
• replacement frequency;
• waste reduction;
• operational efficiency;
• water and energy considerations;
• supplier responsibility;
• local production and transport impacts;
• contribution to staff wellbeing and service quality.

Active Birth Pools are hand-built to order in England from Ficore® composite. This supports skilled manufacturing, reduces reliance on disposable or short-life products, and aligns with a procurement approach that values quality, durability and responsible long-term performance. [1,3]

Sustainability also means protecting staff

A sustainable maternity service must protect the people who deliver care.

Birth pools that are awkward to use, difficult to access, poorly shaped or uncomfortable for midwives can contribute to strain, poor posture and inefficient working practice.

Active Birth Pools are designed around the needs of both mothers and midwives. Their ergonomic forms support freedom of movement for mothers while helping midwives maintain better working positions around the pool.

This is not an optional design extra. It is part of the life cycle value of the product.

A well-designed pool can support better staff experience, reduce avoidable physical strain and help maternity teams use the room with confidence. Over the life of the installation, those benefits matter.

The value of a better birth environment

NICE recommends offering women the opportunity to labour in water for pain relief. NICE also recommends supporting women and pregnant people with mobility issues to access water during labour and birth by carrying out an individualised needs assessment and making reasonable adjustments. [5,6]

This strengthens the case for maternity units to provide water birth facilities that are safe, accessible and suitable for a wide range of users.

A high-quality water birth pool can help create a calmer, more dignified and more supportive birth environment. It gives mothers space to move, change position, relax and feel secure. It gives midwives better access and a safer working relationship with the pool.

These are not just comfort benefits. They are part of a broader quality-of-care argument.

A birth pool that performs well for mothers, midwives and the hospital estate can support safety, dignity, choice, efficiency and reputation.

Why the lowest price is rarely the best value

Procurement teams are under pressure to obtain value for money. But value for money should never be confused with lowest initial cost.

A hospital birth pool should be assessed in the same way as other long-life healthcare infrastructure: by whole-life value.

The right questions are:

• How long is the pool expected to last?
• What is the material made from?
• Is the surface durable and easy to clean?
• Is the pool resistant to repeated disinfection?
• Does the design reduce risk?
• Does it support safe entry and exit?
• Does it help midwives work comfortably?
• Does it avoid unnecessary fittings, dirt traps and water-safety complications?
• Can it be repaired if damaged?
• Is technical support available before, during and after installation?
• What is the cost of replacing a cheaper product earlier?

When these questions are asked, the case for long-life, hospital-grade design becomes clear.

Sustainability in hospital birth pool specification is not achieved by choosing the cheapest product.

It is achieved by choosing a pool that is built to last, easy to clean, safe to use, supportive for mothers, practical for midwives, compatible with hospital water-safety requirements and capable of delivering value over decades.

Active Birth Pools are designed around these principles.

Made from Ficore® composite, hand-built to order in England and engineered for the realities of maternity care, they provide exceptional life cycle value by combining durability, hygiene, ergonomic design, safety and long-term performance.

For hospitals, this means fewer compromises.

For procurement teams, it means better value.

For estates teams, it means a more robust and maintainable facility.

For midwives, it means a safer and more comfortable working environment.

For mothers, it means a more secure, supportive and dignified place to labour and give birth.

The most sustainable birth pool is the one that continues to perform safely, hygienically and confidently year after year.

That is the purpose of Active Birth Pools.

References

[1] Active Birth Pools. Active Birth Pools: Value and Sustainability. Blog article, 27 February 2023. https://activebirthpools.com/active-birth-pools-value-and-sustainability/

[2] Active Birth Pools. Superior Material Results in Superior Safety, Value and Performance: Why Ficore® Composite Is the Better Material for Hospital Water Birth Pools. Blog article, 25 May 2026. https://activebirthpools.com/superior-material-results-in-superior-safety-value-and-performance/

[3] Active Birth Pools. Ficore® Composite Material Assessment. Active Birth Pools / Design & Form, 2026. https://activebirthpools.com/downloads/

[4] Active Birth Pools. The Economic Impact of Water Birth Pools in Hospitals. https://activebirthpools.com/economic-impact-water-birth-pools-hospitals/

[5] NICE. Intrapartum care. NICE guideline NG235. https://www.nice.org.uk/guidance/ng235

[6] NICE. Intrapartum care NG235: Recommendations on labouring in water, pool cleaning, water temperature and reasonable adjustments for access to water. https://www.nice.org.uk/guidance/ng235/chapter/Recommendations

[7] NICE. Appendix D: Benefits and risks of birth out of water and water birth. NICE guideline NG235. https://www.nice.org.uk/guidance/ng235/resources/appendix-d-benefits-and-risks-of-birth-out-of-water-and-water-birth-pdf-13109231167

[8] NHS England. Health Technical Memorandum 04-01: Safe water in healthcare premises. Updated 27 August 2024. https://www.england.nhs.uk/publication/safe-water-in-healthcare-premises-htm-04-01/

[9] Health and Safety Executive. Managing legionella in hot and cold water systems. Updated 13 January 2026. https://www.hse.gov.uk/healthservices/legionella.htm

[10] Health and Safety Executive. Hot and cold water systems. Updated 28 October 2024. https://www.hse.gov.uk/legionnaires/hot-and-cold.htm

[11] NHS England. Greener NHS: Suppliers and the NHS Net Zero Supplier Roadmap. https://www.england.nhs.uk/greenernhs/get-involved/suppliers/

[12] NHS England. NHS Net Zero Supplier Roadmap 2024. https://www.england.nhs.uk/greenernhs/wp-content/uploads/sites/51/2024/04/NHS-Net-Zero-Supplier-Roadmap-2024.pdf

[13] NHS England. NHS Net Zero Building Standard. Published 22 February 2023. https://www.england.nhs.uk/wp-content/uploads/2023/02/B1697-NHS-Net-Zero-Building-Standards-Feb-2023.pdf

[14] Active Birth Pools. Award-Winning Hospital Grade Water Birth Pools. https://activebirthpools.com/

Freestanding Active 360 Water Birth Pool with Water Column
Data Sheet

Wall Mounted Venus II Water Birth Pool
Data Sheet

Freestanding Venus 360 Water Birth Pool with Water Column
Data Sheet

Wall Mounted Princess II Water Birth Pool
Data Sheet

Freestanding Princess 360 Water Birth Pool with Water Column
Data Sheet

Water Column
Data Sheet

Active Birth Pools are hospital-grade sanitary ware products designed specifically for maternity environments.

They are manufactured under documented quality-control procedures and designed with reference to applicable sanitary-ware and healthcare-estates guidance, including BS EN 14516 / EN 14516 for cleanability and durability, CEN/TR 17221 for sanitary-appliance Declaration of Performance guidance, and HBN 00-10 Part C for sanitary assemblies in healthcare facilities.

CE documentation and Declarations of Performance are available where applicable. Plumbing and electrical components are specified to support local regulatory compliance, with third-party certified components used where required.

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A birth pool is part of the working environment

Manual handling risk in water birth pools should never be treated as an afterthought.

In a maternity unit, a birth pool is not simply a vessel for warm water. It becomes part of the working environment for midwives, part of the support system for mothers, and part of the clinical space in which care is provided.

The design of the pool therefore matters.

A well-designed water birth pool should help mothers move safely and instinctively. It should allow midwives to work close to the mother in a stable, comfortable position. It should support safe entry and exit. It should allow emergency procedures to be carried out with clarity and confidence.

Manual handling risk is not only about lifting. It is also about posture, reach, access, repetition, support, room layout and the way people are expected to move around the pool.

What creates manual handling risk around a birth pool?

Manual handling risks associated with water birth pools usually arise from four main areas:

• the position of the mother in the pool
• the position of the midwife while providing care
• how the mother enters and leaves the pool
• how staff would respond if emergency evacuation became necessary

These risks are strongly influenced by the design of the pool itself.

A pool with vertical sides, a narrow rim, obstructive fittings or poor access can make the midwife work at a distance from the mother. This may require leaning, bending, stretching or twisting during observation, reassurance, examination or hands-on support.

Over time, these repeated awkward postures can become a significant occupational-health issue.

Why vertical-sided pools create problems

Earlier water birth pools were often shaped like large domestic baths, with vertical sides and narrow rims.

The problem with this type of design is simple: the pool forms a physical barrier between the mother and the midwife.

The midwife may be forced to sit too far away from the pool, place her legs apart, lean forwards over the rim, and support herself through her arms, shoulders, neck and lower back. During a long labour this is uncomfortable. Repeated over many shifts, it becomes avoidable strain.

A narrow rim adds to the problem because it concentrates pressure into a small area of the forearm and gives the midwife less comfortable support.

This is why birth pool design should be judged not only by how it looks, but by how it works for the people who use it.

The concave shape: giving midwives room to work

Active Birth Pools were developed to solve this problem.

The distinctive concave outer profile allows the midwife to sit closer to the pool with her legs naturally positioned beneath the rim. Instead of working around a vertical wall, the midwife can get close to the mother in a more upright, balanced and supported position.

This changes the working relationship between the midwife and the pool.

The midwife can remain closer, reach less, observe more comfortably, communicate more easily and move around the pool with less obstruction.

This is not a cosmetic design feature. It is an ergonomic safety feature.

The extra-wide rounded rim

The extra-wide, bullnose-shaped rim is another important manual-handling feature.

A wide rounded rim gives mothers and midwives a broad, comfortable support surface. Mothers can use it to rest, lean, change position and support upright movement. Midwives can rest their forearms comfortably while remaining close to the pool.

The rim should also be free from unnecessary obstructions.

Taps, spouts, surface-mounted hand grips and other fittings placed on or around the rim can interfere with access. They can restrict the midwife’s movement around the pool, compromise comfort, complicate cleaning and increase the risk of accidental impact.

For this reason, Active Birth Pools are designed with a clear working edge. Plumbing and fittings are positioned to support safe use, infection prevention and freedom of movement.

Safe entry and exit

Getting into and out of the pool is one of the most important manual-handling considerations.

If a mother has to climb up steps, turn, lower herself awkwardly or rely heavily on the midwife for support, the risk increases for both mother and staff.

Active Birth Pools are designed around a simpler and safer principle: sit and swivel.

The extra-wide rounded rim allows the mother to sit securely on the side of the pool and gently swivel into the water. A small step can reduce the effective height without creating the hazards associated with larger step units.

This helps the mother remain grounded and in control. It also helps the midwife guide and reassure rather than physically support or bear the mother’s weight.

Good pool design should reduce the need for hazardous handling wherever possible.

Emergency evacuation must be designed in

Emergency evacuation is another area where pool design matters.

No pool design can replace local procedures, training, staffing or clinical judgement. But the pool should support the emergency response rather than make it harder.

Active Birth Pools are designed to give midwives practical options. The extra-wide rim, internal seats, unobstructed access and compatibility with portable hoists help staff respond according to local policy and the needs of the situation.

In some situations, the mother may be able to participate. In others, she may need more assistance. The pool, room layout and available equipment should support both routine use and emergency planning.

Emergency evacuation should never depend on improvisation. It should be considered at the specification stage.

Manual handling risk should influence procurement

When hospitals compare water birth pools, manual handling should be part of the decision-making process.

Important questions include:

• Can the midwife get close to the mother without excessive bending or reaching?
• Does the outer shape provide knee room?
• Is the rim wide, rounded and comfortable to lean on?
• Is the working edge clear of obstructions?
• Can the mother enter and leave the pool without climbing a large step unit?
• Does the pool support emergency evacuation procedures?
• Can a trolley, evacuation net or portable hoist be used if required?
• Does the pool design support cleaning, access, infection prevention and long-term safe use?

These are not minor details. They affect how the pool functions every day.

Designed to reduce avoidable strain

The safest birth pool is not simply the one that holds water. It is the one that supports the whole birth environment.

For mothers, this means easy access, freedom of movement, comfort, dignity and support.

For midwives, it means better working posture, closer access, less bending and reaching, and practical options when assistance is needed.

For hospitals, it means a pool that supports safer practice, efficient use of space, infection prevention and long-term value.

Manual handling risk can never be removed entirely from maternity care. But avoidable strain should be designed out wherever possible.

That is the principle behind Active Birth Pools.

Every curve, rim, recess, seat and support feature has a purpose: to make water birth safer, easier and more practical for the people who use it.

Recommended internal links

• Why Midwife Comfort and Safety Starts with Better Birth Pool Design
• Creating Better Water Birth Pools Through Ergonomic Design
• Sit and Swivel – The Natural Way to Enter the Pool
• Midwives Have Safe, Practical Options for Dealing with Emergencies
• Designed to Optimise Safety, Reduce Risk and Support Safer Birthing Environments

References

[1] Health and Safety Executive. Manual handling at work: guidance on avoiding, assessing and reducing risk.

[2] Health and Safety Executive. Moving and handling in health and social care: manual handling in birthing pools.

[3] National Institute for Health and Care Excellence. Intrapartum care, NICE guideline NG235.

[4] Chartered Institute of Ergonomics & Human Factors. Case Study 18: Improving birthing pool design.

[5] Active Birth Pools. Why Midwife Comfort and Safety Starts with Better Birth Pool Design.

[6] Active Birth Pools. Creating Better Water Birth Pools Through Ergonomic Design.

[7] Active Birth Pools. Sit and Swivel – The Natural Way to Enter the Pool.

[8] Active Birth Pools. Midwives Have Safe, Practical Options for Dealing with Emergencies.

As there is no acceptable risk of mothers hitting their heads on protruding spouts we designed the Water Channel to safeguard them by making it impossible for them to come in contact.

If you look at the photo below you’ll see a distinctive “keyhole” shape channel set into the rim of  the pool.

We designed the  water channel to work in conjunction with wall mounted taps set well above the rim and short length spouts to prevent the risk of accident or injury.

The channel has opened up the back section of the pool so that mothers have complete freedom of movement around the pool.

Mothers can safely lean against the back of the pool and use recessed handgrips or the rounded rim for support.

When you look at other water birth pools one of the first things you notice is rim mounted metal work like taps. handgrips and controls.

These obstruct movement around pool and present  manual handling and water safety risks.

The absence of rim mounted metalwork allows mothers and midwives to move freely around the pool without risk.

Bacteria propagate on and around rim mounted fittings which increases the risk of cross infection.

Our smooth, seamless rims are free of fittings which makes them easier to clean and significantly reduces hygiene and water safety risks.

The back of the pool has been redesigned with sharper curves and wider rims to provide midwives with greater comfort, support and all-round access.

Midwives can comfortably sit on a stool like the one in this photo and move freely around the pool to attuned the mother.

In short: this seemingly simple innovation has transformed our water birth pools.  They’re safer and more user-friendly for both mothers and midwives.

Advanced Ergonomic Design Enhances Comfort, Safety and Performance

Trusted Worldwide for Safety-Driven Design and Proven Performance

These three short videos take just ten minutes to watch. They explain the thinking, engineering and clinical insight behind Active Birth Pools. In that time you’ll understand why our award-winning pools have become the best-selling water birth pools in the world.

We’ve come up with a unique solution that makes entering our pools simple and safe. All women no matter what their shape or size will find it exceptionally easy to get into our pools.

These educational videos produced by midwives for midwives provide an accessible starting point for understanding water birth. They explore the practical steps involved in safely facilitating labour and birth in water.

Judges at the prestigious European Design Awards awarded first prize to the Active II/360 Water Birth Pool in the Healthcare: Safety Design Category.

European Product Design Award (ePDA) is a cutting-edge global event dedicated to elevating and promoting the art of Product Design.

The European Product Design Award™ recognises the efforts of talented international product designers who aim to improve our daily lives with their practical, well-thought-out creations.

Introducing the Active II/360 Water Birth Pool with
Bespoke Water Column: A Pinnacle of Maternity Care 

Active Birth Pools offers the Active II/360 Water Birth Pool with Bespoke Water Column, a sophisticated solution tailored for healthcare facilities striving to provide exemplary maternity care.

This advanced combination integrates a state-of-the-art water birth pool with a functional and stylish water column, epitomizing the latest in design innovation and material technology for the maternity care sector.

Advanced Development for Modern Healthcare Needs

The Active II/360 Water Birth Pool, a product of Active Birth Pools, is designed to meet the evolving demands of contemporary maternity care.

Paired with the Bespoke Water Column, this system is the result of extensive research and collaboration with healthcare professionals.

The focus has been on creating a solution that offers superior functionality, safety, and comfort, while also addressing the practical needs of both healthcare providers and mothers.

Ergonomic Design for Enhanced Experience

The Active II/360 Water Birth Pool is designed with an emphasis on ergonomic excellence and spatial efficiency.

The pool’s keyhole shape is not only visually appealing but also provides functional benefits, supporting a variety of birthing positions and movements.

The pool includes recessed hand grips and a bull-nose shaped rim for added support and safety.

The Bespoke Water Column is seamlessly integrated, offering an elegant solution for necessary plumbing and fixtures, thus enhancing the pool’s utility and aesthetic.

Superior Material Quality

Constructed from Ficore®, a proprietary composite material exclusive to Active Birth Pools, the Active II/360 offers exceptional durability, hygiene, and safety.

The material’s highly polished, ultra-smooth surface is less slippery, crucial for ensuring safety.

The Water Column, made from the same quality material, complements the pool’s design and maintains the high hygiene standards required in healthcare environments.

User-Centric Features

The Active II/360 Water Birth Pool with the Water Column includes a labour support seat, facilitating optimal birthing positioning and comfort for the mother and a rim-level safety seat for monitoring and emergency evacuations.

The pool’s design enables free movement, which is essential for the effective use of water immersion during labour.

The Water Column adds functionality as a stable support structure and a practical utility platform.

Integrated Technological Enhancements

The pool is equipped with Multi-Colour LED Lighting and Bluetooth Sound systems, enabling the creation of a personalized and soothing environment.

These features are integral in establishing a supportive atmosphere that is conducive to natural childbirth.

Sustainability and Economic Benefits

The durable design of the Active II/360 Water Birth Pool with Bespoke Water Column makes it a sustainable and economically sound choice for healthcare facilities.

Its long-term performance and reduced replacement requirements make it an efficient investment, aligning with the economic and environmental goals of modern healthcare institutions.

Global Adoption and Acclaim

The Active II/360 Water Birth Pool with Bespoke Water Column has been recognized globally for its innovative approach to maternity care.

Its adoption by healthcare facilities worldwide is a testament to its effectiveness, reliability, and commitment to advancing water birth practices.

In conclusion, the Active II/360 Water Birth Pool with Bespoke Water Column by Active Birth Pools represents a harmonious blend of advanced design, superior material technology, and thoughtful integration of user-centric features.

It stands as a strategic and innovative choice for healthcare facilities looking to provide a superior maternity care experience, offering comfort, safety, and efficiency in a comprehensive and elegant package.

Active II/360 Water Birth Pool – Data Sheet

Place your cursor on the model below to move the image around.

To see how the Active II/360 Water Birth Pool would look in your
delivery room click on the banner below with your phone or tablet.

We are pleased to announce that the Active II/360 Water Birth Pool with bespoke Water Column has just been announced as a winner in the prestigious Design MasterPrize Award.

Judges said that,

“The Active II/360 was a sophisticated solution tailored for healthcare facilities striving to provide exemplary maternity care.

This advanced combination integrates a state-of-the-art water birth pool with a functional and stylish water column, epitomising the latest in design innovation and material technology for the maternity care sector.

The focus has been on creating a solution that offers superior functionality, safety, and comfort, while also addressing the practical needs of both healthcare providers and mothers.”

The Design Masterprize (DMP) stands as a pinnacle of design achievement, committed to promoting global excellence in the field.

This prestigious international contest, akin to its sister organization, the Architecture Masterprize (AMP) architecture awards, emphasizes the influential role of design in a variety of sectors, including product, communication, and graphic design.

The history of water birth and the development of specialised water birth pools is a remarkable story of innovation and transformation in childbirth practices, driven by the insights of obstetrician Michel Odent and the design expertise of Keith Brainin.

Michel Odent’s groundbreaking work in the field of water birth began in the late 1970s at a state hospital near Paris.

Odent believed that childbirth had become overly medicalized and sought a more natural approach.

He introduced a pool in the hospital to ease the pain of labor, leading to some babies being born in the water.

Michel Odent with his pool in the maternity unit in Pithiviers, France

This innovative approach offered a more comfortable and less stressful birthing experience for mothers, with warm water helping to relax muscles, reduce stress, and enhance blood circulation.

Odent’s work demonstrated a reduction in the need for interventions like epidurals and episiotomies, aligning with many parents’ desires for a minimally invasive childbirth experience.

His observations and clinical experiences suggested that water birth provided a gentle transition for babies, mirroring the amniotic fluid environment​​.

“When asked about the history of birthing pools in hospitals, I mention the day when Keith Brainin realised that special bath tubs might be designed and commercialised to meet the needs of labouring women.”   Michel Odent

1989 – Sheila Kitzinger and Ethel Burns raise money to have the first specially designed water birth pool installed in an NHS Hospital at the John Radcliffe, Oxford

Building on Odent’s pioneering work, Keith Brainin, founder and director of Active Birth Pools, developed the world’s first specially designed water birth pools.

Starting in 1987, Brainin and his team focused on design, engineering, and manufacture to develop a water birth pool that excelled in quality, functionality, and durability.

Judges at the Building Better Healthcare Awards said that, “Active Birth Pools are the pinnacle of water birth pool design and development – an incomparable combination of design, materials and manufacturing” 

The Active Birth Pool was designed with ergonomic principles to support natural childbirth postures and provide comfort for the mother.

Features like extra-wide rims, integrated handrails, and specially designed labor support and safety seats were included to enhance safety and functionality.

The use of Ficore composite for construction ensured a harder, more chemical-resistant, and warm-to-the-touch surface that retains heat efficiently.

Keith Brainin with Sheena Byrom and midwives in the Lotus Birth Centre, Royal London Hospital 2018

Additionally, the pools were equipped with features like chromotherapy LED lighting and Bluetooth sound systems, allowing mothers to personalize their birthing environment.

These innovations in water birth pool design have significantly contributed to the safety, comfort, and natural approach to childbirth​​.

Both Michel Odent’s clinical insights and Keith Brainin’s design innovations have played a crucial role in transforming childbirth practices, emphasizing the importance of a natural, holistic approach to labor and delivery.

Their contributions have been instrumental in making water birth a viable and increasingly popular option for expectant mothers worldwide.

Fluid modernities: the birthing pool in late twentieth-century Britain

Active Birth Pools, established in 1987, has played a pioneering role in the use of water for labour and birth.

Their values and approach can be comprehensively understood by examining various aspects of their operations and products.

Innovation and Pioneering Spirit:

Active Birth Pools helped pioneer the use of water in labour and birth, working closely with midwives, mothers, obstetricians, and experts in infection control and manual handling.

This collaborative approach led to the development of the world’s first specially designed hospital-grade water birth pool, demonstrating their commitment to innovation and improvement in maternity care​​​​.

Safety, Value, and Performance:

The company emphasizes these core principles in their products.

They focus on producing birthing pools that are safe, offer great value, and perform exceptionally.

This focus is evident in their use of specialized materials like Ficore®, a proprietary material known for its durability, practicality, and safety features.

Ficore® pools, for example, retain heat efficiently and are resistant to bacteria and harsh disinfectants, ensuring high standards of hygiene​​​​​​.

Ergonomic Design:

Active Birth Pools employs evidence-based, user-centred ergonomic design principles.

Their pools are crafted to meet the comfort needs of both mothers and midwives, featuring designs that support various positions like sitting, kneeling, and squatting.

The wide rims of the pools allow midwives to rest comfortably, akin to sitting at a desk, which showcases their consideration for both the users’ comfort and practicality​​.

Customer Feedback and Endorsements:

The company values customer feedback and has received numerous positive testimonials from healthcare professionals and mothers.

These testimonials often highlight the comfort, ease of use, safety, and practicality of the pools, reflecting the company’s dedication to quality and user satisfaction​​.

Build Quality and Guarantee:

Active Birth Pools are hand-made to order in England by highly skilled craftsmen who take great pride in their work and are dedicated to excellence.

Active Birth Pools offers a lifetime guarantee on their water birth pools, which reflects their commitment to quality and durability.

This lifetime guarantee is a testament to the trust the company places in its design, materials and manufacturing processes.

Sustainability and Longevity:

Active Birth Pools places importance on sustainability.

Their pools have a life expectancy exceeding 25 years, making them a sustainable choice in comparison to other birthing pools with shorter lifespans.

This longevity not only provides value for money but also aligns with environmental sustainability principles​​.

Global Reach and Experience:

With a history spanning several decades, Active Birth Pools has supplied thousands of water birth pools worldwide.

Their extensive experience and knowledge in the field have made them a leading choice for hospitals and midwives globally.

This worldwide reach underlines their commitment to improving maternity care on a global scale​​.

In summary, Active Birth Pools’ values are centred around innovation, safety, ergonomic design, customer satisfaction, sustainability, and a global perspective in improving maternity care.

These values have guided their operations and product development, positioning them as a leader in the water birth pool market.

Winner – Building Better Healthcare Awards

Catalogue, information, videos and plans

A calm, soothing atmosphere can help reduce stress and anxiety, allowing mothers to relax more deeply and support the natural flow of physiological labour.

By integrating multi-colour chromotherapy LED lighting and Bluetooth sound into our birth pools, we’ve created an environment where sensory comfort plays a central role in promoting safe, gentle births.

Our advanced LED lighting system features six tranquil colours, casting a soft ambient glow throughout the room and within the pool itself.

Midwives can see much more clearly into the pool enabling them to monitor the situation more easily and effectively without intruding on the mother.

Complementing chromotherapy lighting is a fully integrated Bluetooth sound system that has been specially developed for our water birth pools

With two premium built in speakers mothers can wirelessly connect to play music making the ambiance of the room more personal and conducive to labour.

Our light and sound systems can be supplied in both 230 and 120 volts (USA).

In the world of industrial design, few principles have stood the test of time like those set forth by Dieter Rams. Among his “Ten Principles of Good Design,” one stands out for its quiet power and enduring relevance: “Good design is as little design as possible.” This idea champions simplicity, honesty, and restraint—a philosophy that aligns perfectly with the ethos behind Active Birth Pools.

At Active Birth Pools, we design water birth pools not just as products, but as environments. Our pools support one of life’s most natural and transformative events: childbirth. This is not a time or place for gimmicks, clutter, or over-engineering. Instead, our focus is on creating objects that are intuitive, purposeful, and deeply respectful of the experience they’re designed to serve.

Form Follows Function—And Empathy

When we say “as little design as possible,” we’re not talking about doing less. We’re talking about doing only what’s essential—and doing it beautifully. Every curve, surface, and contour of an Active Birth Pool is there for a reason. There is no ornamentation, no unnecessary elements added to make a statement. The pool’s elegant, organic form is shaped entirely by the physiological needs of women in labour and the practical requirements of midwives and clinical staff.

The result is a design that feels as natural as the process it supports. It invites instinctive use and makes sense without explanation. This is design that understands the moment and quietly serves it.

Design That Disappears Into the Experience

Our goal is not to impress with visible complexity but to enable a powerful experience through simplicity. When a woman enters an Active Birth Pool, she shouldn’t be thinking about the product; she should be free to focus entirely on herself and her baby. The pool becomes part of the background—supportive, safe, unobtrusive. It’s not a showpiece; it’s a silent partner in birth.

This kind of “invisible” design is only possible when everything unnecessary is stripped away. What remains is the essence—a sculptural yet practical space that feels calm, grounded, and purposeful.

Integrated, Not Added-On

Good design does not bolt on features. It integrates them. At Active Birth Pools, every element—whether it’s a hand grip, step, or recessed area for medical access—is part of the form itself. There are no visible seams, fixtures, or accessories that suggest improvisation. Everything flows together in a unified whole, contributing to both safety and aesthetics.

This seamless integration also supports infection control and long-term durability—crucial factors in hospital environments. But more than that, it’s a commitment to clarity and coherence in design.

Material Honesty and Tactile Comfort

We select materials not just for their performance but for their sensory qualities. The finish of our pools is smooth, warm, and inviting to the touch. It’s easy to clean, gentle against the skin, and psychologically comforting—a key consideration for women in labour.

This is another way we practice “as little design as possible.” We let the materials speak for themselves, choosing those that support the function and the feeling without the need for artificial textures or decorative layering.

Quiet Confidence in a Clinical World

In hospital settings, design can often be sterile or overbearing. By contrast, Active Birth Pools offer a quiet confidence. Their presence in a room is understated yet reassuring. They don’t try to dominate the space; they help define it with dignity and grace.

This sense of calm and order is not just aesthetic—it’s functional. A well-designed pool reduces stress, supports natural movement, and allows midwives to work more effectively. In this way, minimal design becomes a powerful tool for improving outcomes.

Conclusion: Less, But Better

At its core, “good design is as little design as possible” is about restraint, intention, and clarity. It’s about stripping away the noise to let the true purpose shine through. This philosophy is not a style—it’s a discipline. And it’s one we practice daily at Active Birth Pools.

By honouring the principle of minimal design, we’ve created birth pools that are not only clinically superior and user-friendly, but emotionally supportive and deeply human. In a world of overdesigned solutions, our pools stand as a quiet reminder: sometimes, the best design is the one you don’t notice at all.

Active Birth Pools Information Hub

Key performance metrics for hospital grade water birth pools

Water birth pools specially designed to give midwives superior safety, comfort and support