ONE COBRA 4.2

COBRA Scooter Frame

Aluminium frame of the COBRA scooter with its specific and innovative design has been developed with the highest attention to the functionality of the scooter.

The conical shape of the head tube together with the optimally shaped triangular neck profile increases the frame's strength.

Ground clearance adjustment

Thanks to the use of two levels on the rear fork, you can choose between a higher and lower footboard position and therefore choose the optimal ground clearance for the terrain you are going to ride.

For riding on smooth surfaces it is ideal to choose a lower ground clearance (45 mm) and for off-road riding a higher ground clearance (65 mm).

Lowering the ground clearance makes riding a scooter less physically demanding, as the standing leg is less bent on the rebound and you "squat" less when riding. That's the point!

COBRA Scooters Tyres

SCHWALBE Marathon Racer tyres

Great trekking tyres made from SpeedGrip, a natural rubber compound that allows the tyre to be inflated up to 6 bar. Thanks to the material used and the high pressure, extremely low rolling resistance and excellent traction are ensured.

The tyres are suitable for road and light off-road, field or forest paths. The tyres are also protected against punctures by a double layer of RaceGuard nylon fabric.

A reflective stripe that lights up when the spotlight shines around the entire circumference of the tyre helps to increase the rider's passive safety in lower visibility.

Footboard

The uniquely designed footplate creates a single unit with the rear fork. It is not only a unique design element, but above all a design solution that eliminates the typical fatigue cracks in scooters where the rear fork is usually welded to the footboard.

By keeping a continuous 102mm footboard width along its entire length, including the rear fork, which, along with 65 mm rear hub, minimizes the scooterist's hated ankle kick on rebound.

The raised toe of the footboard ensures optimum scooter handling through the terrain; preventing the footboard from "digging" into an obstacle (terrain wave, curb, etc.) and potentially falling off