The Handybar Mobility Handle is a flawlessly designed mobility handle, similar to the Stander Metro Car Handle Plus it provides a sturdy support to users while entering or exiting a vehicle. It is an incredibly reliable tool for people with limited mobility due to back or leg problems, recent surgeries, pregnancy, and age. The Handybar Mobility Handle is a universal product that fits all vehicles.
To use the handybar, simply slide it into the striker/door-latch vertically and grip the handle to lift yourself up. The handle sits in an optimal position to provide maximum leverage and can support a weight of up to 350 lbs. No Vehicle modifications are required to use this handybar car transfer bar.
With an ergonomic rubber grip, built-in seat belt cutter, and side-window breaker for emergencies, the handybar mobility handle is a perfect and reliable tool. To enhance your mobility, pair the handybar with the Stander Car Swivel Cushion or the Deluxe Swivel Cushion and enjoy stress-free traveling.
Product Features and Benefits
- Great aid for anyone with limited mobility
- Helps you enter and exit your vehicle without struggle
- Easily installed and removed by you in seconds
- Includes emergency seat belt cutter and window breaker
- No vehicle modification required
- Works on both passenger and driver side of vehicles
- Manufacturer: Handybar
- Product Number: AL1001
- Maximum Weight Capacity: 350 lbs
- Made of heavy duty steel & rubber
- Non slip rubber handle
- Dimensions: 9" x 1" x 1"
- Weight: 0.5 kg
Ensure your vehicle has two bolts or screws attaching the striker to the door frame
If your vehicle has a light switch in the striker, be sure the Handybar does not interfere with its operation
Please note: The Handybar will not work on cars that do not have a U-Shaped striker on the door pillar. The Handybar Handle works by inserting it into the U-Shaped striker plate found on most vehicle door frames. This plate is one of the strongest parts of the vehicle and is designed to keep your door closed in the event of a side-impact collision