Description
The Mini Mover Gen3 represents the latest advancement in motorised jockey wheels, designed to make towing easier and more efficient. Whether youre maneuvering trailers, campers, boats or caravans, the Gen3 offers unmatched ease and control.
This model features a newly redesigned mounting bracket and a rectangular cuboid support jack, delivering enhanced stability and durability. With a powerful pulling capacity of 2722 kg (6000lb) and the ability to handle inclines of up to 7 degrees, the Gen3 is built for smooth movement across various terrains.
Plus, the handles 360-degree rotation offers unparalleled control, while the extra-large 8-inch tyre with a no-flat design and rubber tread ensures maximum traction on any surface.
Upgrade your towing experience with the Mini Mover Gen3, and enjoy effortless maneuverability for your recreational vehicles!
Please Note: This is not suitable for tandem vans or double-axle trailers. While this item is suitable for use outdoors we recommend that it be housed and not left open to the elements for periods. Must be used on hard-paved surfaces.
Key Features:
- Redesigned mounting bracket
- Motor Power: 12V DC 550W
- New rectangular cuboid support jack
- Max Jack Load: 1110lb (498kg)
- Handle can be rotated left or right for easy manoeuvring
- Max Pulling Load Capacity: 6000lb (2722kg)
- Extra-large 8-inch tire featuring a no-flat design and rubber tread
- Max Incline: Up to 7 Degrees
- Power forward and power reverse functions
- Moving Speed: 6 to 7 metres per minute
- Innovative clutch allows for steering without power
- Height Adjustment: 18.5in (47cm) to 23.6in (60cm)
- Welded design seamlessly integrates the clamp
- Net Weight: 18.6kg
- Simple bolt design is easy to install
- Gross Weight: 21kg
Package Includes:
- 550W 12V Electric Jockey Wheel
Please Note: This is not suitable for tandem vans or double-axle trailers.While this item is suitable for use outdoors we recommend that it be housed and not left open to the elements for periods. Must be used on hard-paved surfaces.
