The Hippocampe Pool Wheelchair is a certified Class 1 medical device that complies with Regulation (EU) 2017/745, FDA clearance, and ISO 13485 safety standards. These certifications ensure that the unit meets the rigorous safety and quality requirements necessary for deployment in municipal pools, hospitals, and rehabilitation centers. The seat and backrest are also treated to meet M1 fire resistance standards, providing an additional layer of safety for indoor aquatic facilities. By adhering to these global benchmarks, procurement officers can satisfy strict liability and accessibility mandates, including ADA and ERP (Establishment Receiving Public) hygiene standards. This institutional alignment simplifies the acquisition process for government and medical organizations looking for validated accessibility equipment.

The Hippocampe Pool Wheelchair features a specialized frame constructed from high-grade stainless steel and anodized aluminum to withstand constant immersion in chemically treated water. This dual-material design is specifically engineered to resist the corrosive effects of chlorine, salt, and footbath disinfectants that typically destroy standard mobility devices. The frame is also encased in a specialized blue foam cladding that provides a comfortable grip while protecting the metal from the elements. Additionally, the unit utilizes self-lubricating bearings that prevent mechanical seizure often caused by repeated water exposure and chemical residue. These non-corrosive properties ensure a long operational lifespan and minimize the maintenance requirements for facility managers in humid aquatic zones.

This aquatic wheelchair is designed for seamless integration with existing pool infrastructure, offering three distinct methods for water entry: sloped ramps, assisted steps, or lateral poolside transfers. Its low-profile seating and cambered wheels provide the necessary stability for descending inclined planes or shallow stairs with the help of a companion. The unit's narrow 27-inch total width ensures it can maneuver through standard doorways, locker rooms, and footbaths without requiring facility modifications. Furthermore, the grey, non-marking tires are engineered to provide high traction on wet, non-slip aquatic surfaces to prevent skidding during patient ingress or egress. This versatility allows the Hippocampe to act as a universal accessibility bridge from the changing room directly into the pool.

Deploying the Hippocampe Pool Wheelchair significantly reduces the total cost of ownership (TCO) by preventing expensive damage to standard wheelchairs and reducing long-term maintenance overhead. Standard mobility devices often suffer from seized bearings and frame rust when exposed to aquatic environments, leading to frequent replacements that the Hippocampe’s submersible design avoids. The use of hydrophobic, quick-drying foam for the seat prevents mold and mildew buildup, which lowers the man-hours required for daily sanitation and hygiene protocols. Facilities also benefit from a simplified "one-chair" workflow that eliminates the need for multiple patient transfers, thereby reducing the risk of workplace injuries for staff. Investing in a dedicated, durable aquatic platform ensures a reliable service life of at least four years under standard commercial use conditions.

The Hippocampe Pool Wheelchair is engineered for industrial-grade durability, supporting a maximum user weight capacity of 286 lbs (130 kg) while maintaining a lightweight unit weight of only 25.3 lbs. Its technical dimensions include a total length of 54 inches and a total height of 38 inches, with an interior width of 19.5 inches between the frame rails. The seat is positioned 13.5 inches from the ground to facilitate lateral transfers from benches or poolside ledges, while the seat depth measures 14.5 inches for ergonomic support. This compact footprint is optimized for indoor storage and high-traffic municipal environments where space is at a premium. These specifications ensure the device can accommodate a wide range of adult and pediatric users while remaining easy for facility staff to tow or push.