Gladiator Powerchair
Your ultimate companion for mobility and freedom! Engineered with cutting-edge technology and robust design, the Gladiator Powerchair is built to conquer any concrete, asphalt or indoor surfaces with ease. Whether your navigating through busy city streets or your at home, this Powerchair ensures a smooth and comfortable ride every time.The backrest tilts back, providing customisable comfort at the touch of a button. Engineered for safety and reliability, this powerchair supports a safe working load of 140kg.
- Frame - Aluminium Alloy
- Accessories available to be purchased separately (Side Arm Bag; Cup/Bottle Holder; and Mobile Phone Holder)
- The Gladiator comes with 2 batteries, it can hold a third battery (optional). Third battery is available to be purchased separately.
- The Gladiator is airline approved. (on application)
Additional information
| Weight | 34.5kg |
|---|---|
| Safe Working Load (SWL) | 140kg |
| Operational Range | Up to 20km |
| Motor Power | 250W |
| Motor type | Brushless motor/2 pcs |
| Motor voltage | 24V |
| Battery | 24V 6Ah x 2 (lithium) |
| Battery Charge Time | 6h / 2 PCS |
| Controller | Brushless contoller |
| Controller voltage/current | 24V/30A |
| Turning Radius | 80cm |
| Max. Speed | 6km/h |
| Tyre Size (Rear) | 12 x 21" PU Solid Tyre |
| Front wheel | 6.8 x 2" PU solid tyre |
| Seat Size (W x D x H) | 44 x 45 x 51cm Front /47cm Rear |
| Seat to top of backrest | 65 – 75cm ( adjustable) |
| Obstacle clearance height | 4cm |
| Max. Climbing Grade | 6-8° (subject to user weight & surrounding conditions) |
| Brake System | Electromagnetic Brake |
| Braking distance | 70cm |
| Distance between armrest | 48- 65cm |
| Footrest to top of Seat Base | 16 – 29cm (Adjustable) |
| Foot height | Front 12cm/ Rear 10cm |
| Folded Size (L x W x H) | 64.5 x 37 x 84cm |
| Size Unfolded (L x W x H) | 100 x 64 x 88cm |
| Warranty | 5 Year Limited Warranty |
Disclaimer: Images used for illustration purposes only. Colours may vary. Specifications can be subject to a variance of +/- (±)10%
