Ultra Light Folding Electric Wheelchair Lightweight Litewheels

Lightweight Folding Electric Wheelchair with Carer Remote Control

This lightweight folding electric wheelchair is specifically designed for portability, transport, and basic day-to-day use on flat, even surfaces.

With a total weight of approximately 14.5kg (around 16kg with battery), this model prioritises ease of lifting, folding, and transport over heavy-duty construction.

Intended Use

This wheelchair is suitable for:

• Indoor use
• Shopping centres and smooth flooring
• Flat footpaths and paved areas
• Travel and transport ( fold and store in car, taxi, etc.)

Lightweight Design

The aluminium frame is built to reduce overall weight, making it easier for caregivers and users to lift and transport.

Due to its lightweight construction:

• The chair is easier to manoeuvre and store
• It is not comparable to heavier, rigid mobility equipment

Carer (Attendant) Control

An attendant control system is included, allowing a caregiver to operate the wheelchair from behind.

This is useful for:

• Assisting users over longer distances
• Providing additional control when needed

Battery System

• Two detachable lithium batteries included
• Each battery rated at 125Wh
• Only one battery required for operation
• Batteries can be removed and charged separately

Key Features

• Lightweight folding design
• Approx. 14.5kg (without battery)
• Easy to transport and store
• Joystick control
• Attendant control included
• Dual battery system

Specifications

• Weight (without battery): 14.5kg
• Motor: 150W x 2
• Battery: 24V 5.2Ah lithium
• Max user weight: 100kg
• Max speed: 6 km/h
• Range: up to 20km (depending on conditions)
• Gradient: up to 6°
• Seat: 42cm (H) x 44cm (W)
• Front wheels: 8”
• Rear wheels: 12”

Important Notice

This product is classified as a lightweight, portable electric wheelchair.

It is not a heavy-duty or rigid-frame wheelchair, and performance will vary depending on surface type, user weight, and operating conditions.

If a higher level of stability is required, a heavier-duty model should be considered.