Lightweight Mobility Scooters
Lightweight scooters are specifically engineered for ease of use and transport, making them an ideal choice for individuals seeking mobility solutions that prioritise convenience. Constructed from materials such as aluminium, these scooters are designed to be both durable and portable.
The eTravel is a lightweight and affordable portable mobility scooter that is perfect for shopping trips. It Includes a large shopping basket and puncture proof tyres and also breaks down...
£714.00
£595.00 ex VAT
The mLite is an extraordinarily lightweight and portable folding scooter. Ideal for everyday use, the scooter totals just 19.9 kg in weight which can be further reduced, by removing the 2...
£1999.00
£1665.83 ex VAT
The Auto Folding Scooter weighs in at a mere 27.5kg and folds to a compact size in just 15 seconds. It has a top speed of 4mph and a maximum range of 13 miles on a full battery charge.
£1898.00
£1581.67 ex VAT
The AutoFold Elite Scooter features a newly designed Delta bar that includes a digital LCD screen. The scooter can be folded quickly and easily using the remote control and once folded th...
£2270.00
£1891.67 ex VAT
Key features of lightweight scooters
- Portability: The foldable design allows users to easily store their scooters in tight spaces, such as car boots or closets, making them perfect for travel and everyday errands.
- Easy Handling: Lightweight scooters are typically easy to manoeuvre, offering a smooth riding experience that can accommodate various terrains, from pavements to shopping centres.
- Compact Design: Their slim profile makes them suitable for navigating through narrow doorways and crowded spaces, ensuring users can maintain their independence in different environments.
- Versatile Use: These scooters are suitable for both indoor and outdoor use, allowing users to enjoy a wide range of activities without worrying about the limitations of their mobility aid.
Lightweight scooters provide a practical solution for those who need a reliable mode of transport without the bulkiness of heavier models.
