The angular polycarbonate body is inspired by classic American full-size vans from the 1970s and 1980s. Large-diameter wide tyres and a polycarbonate roof spoiler complement the body design and enhance the truck's overall look and performance.

Soft compound, large-diameter wide tyres provide exceptional grip on a variety of surfaces, from paved roads to dirt, sand, and grass. Enjoy confident handling and control wherever your adventures take you.

The Fazer Mk2 Mad Van features the FZ02L-BT chassis, a low centre of gravity design that prioritises both performance and ease of maintenance. The integrated gearbox optimises torsional rigidity, while the durable nylon construction provides a lightweight and impact-resistant platform.

The front suspension geometry is optimised for responsive and predictable handling, with features like bump steer and scrub radius correction. Interchangeable hub carriers improve maintenance efficiency, while ball-connected steering knuckles ensure reliable control.

With a reduced number of parts and standardised screw sizes, maintaining your Fazer Mk2 Mad Van is a breeze. A single 2.0mm hex wrench is all you need to assemble and disassemble the truck for easy maintenance and repairs.

Oil-filled shocks come standard, delivering consistent damping and stable performance in all conditions. The optimised front-rear geometry provides balanced handling and control, making the Fazer Mk2 Mad Van a joy to drive.

The 76T spur gear and 20T pinion gear are optimised for big-tyre performance, and a wide range of pinion gears (20T-29T sold separately) allows for customised gear ratios. The motor mount design makes backlash adjustment simple, ensuring efficient power delivery.

The Fazer FZ02L-BT is equipped with a long 550-size 14-turn brushed G14L motor that delivers ample torque for exciting wheelies and dynamic big-tyre performance.

The included Kyosho Speed House 60A ESC features a Deans connector and offers three control modes for customised performance. It's also compatible with LiPo batteries for increased power and runtime.