Description CareGlide Manual Tilt-in-Space Wheelchair Caregiver-Assisted Positioning, Comfort & Postural Support The CareGlide manual tilt in space wheelchair is a high-quality, attendant-propelled wheelchair designed for users who require superior posture control, comfort, and support throughout the day. Unlike electric models, this manual tilt wheelchair uses a caregiver-operated tilting mechanism to safely reposition the user, making it a practical and cost-effective solution for daily care. This page focuses on a manual tilt in space wheelchair. If you are looking for a full range of options, view our tilt in space wheelchair range here. Engineered with a lightweight yet strong modular aluminium frame, the CareGlide combines ergonomic design with exceptional adjustability. Its manual tilt-in-space function helps redistribute pressure, maintain posture, and provide relaxation during extended use — ideal for individuals with reduced mobility, neurological conditions, or those requiring assisted positioning. This manual tilt in space wheelchair is ideal for users who require assisted repositioning rather than powered adjustment. Designed for Daily Care & Assisted Mobility Every aspect of the CareGlide is built with user comfort and caregiver convenience in mind. The adjustable seat width and depth allow the wheelchair to be tailored to the user’s specific body shape, while the manual tilt and recline capabilities support pressure management and improved circulation. Its large rear pneumatic wheels and solid front castors ensure smooth, stable performance across both indoor and outdoor environments. Practical features such as full-length armrests, swing-away leg rests, and manual attendant brakes make transfers safer and operation more efficient for carers. Manual vs Electric Tilt-in-Space Wheelchairs Manual tilt-in-space wheelchairs: Require caregiver assistance for positioning Are lighter and easier to transport More cost-effective for home and facility use Electric tilt-in-space wheelchairs: Provide powered positioning Allow independent adjustments Suitable for complex mobility needs For users needing assisted repositioning, manual tilt systems offer a simple, reliable, and effective solution. Key Features Strong but lightweight modular aluminium frame for easy handling Manual tilt-in-space functionality for posture and pressure relief Fully adjustable seat width and depth for custom fit (37–52 cm) Ergonomically designed attendant push handles for comfort and control Full-length armrests and swing-away leg rests for easy transfers 24″ pneumatic rear wheels and 175 mm solid front castors for smooth ride Compact overall width for excellent indoor manoeuvrability Manual attendant-operated brakes for added safety and control Upholstered sailcloth seat and backrest with tension adjustments Available in multiple frame colours to suit user preference Max user weight: up to 150 kg Technical Specifications Maximum User Weight 150 kg Chair Weight (Base) Approx. 14.5 kg Seat Width Options 37–52 cm (multiple sizes) Seat Depth Options 37–52 cm (multiple sizes) Seat Upholstery Adjustable sailcloth seat and backrest Tilt Range 0°–30° (manual tilt) Frame Material Modular aluminium Rear Wheels 24″ pneumatic tyres Front Castors 175 mm solid PU Brakes Manual attendant brakes Armrests Full-length, removable Leg Rests Swing-away with footplates Intended Use Attendant-propelled wheelchair for long-term care Why Choose the CareGlide Manual Wheelchair? Pressure management: Manual tilt function reduces fatigue and pressure build-up Custom-fit design: Adjustable sizing for optimal user support Durable construction: Corrosion-resistant aluminium frame Caregiver-friendly: Smooth handling, easy braking, and controlled positioning Enhanced comfort: Ergonomic seating and adjustable support The CareGlide manual tilt in space wheelchair combines advanced seating adjustability with a lightweight, durable frame for dependable comfort and support. Designed for assisted positioning and everyday care, it is suitable for both home and professional healthcare environments.
