The CROSS-E Scooter, branded Scrambler Ducati, mounts so-called “fat” anti-puncture tubeless tyres (size 110/50-6.5”), which are also suitable for stretches of dirt or very uneven surfaces. The brushless motor provides a continuous power output of 500W and guarantees excellent pick-up both at the start and on uphill sections, without undergoing any slowdown in pace. The 375 Wh battery guarantees an autonomy of up to 30-35 km, maintaining an average speed of 15 km/h.
The sturdiness, also visual, of the frame gives maximum stability and riding comfort. The double front headlight allows the use of the vehicle at night with excellent visibility and the management of all the functions, including the 3 riding modes, takes place through the large 3.5” LCD display. Download the manual here.
The frame is made of high-strength alloy steel. It mounts a wide platform with a unique design for maximum comfort of use. The platform can be released from the frame to allow the extraction of the battery.
The scooter is equipped with a powerful 500W brushless motor that allows excellent pick-up both at the start and on uphill sections and to quickly reach the maximum speed limit of 25 km/h. This type of motor requires minimal maintenance and has a very low level of wear. It holds up well different speed levels and it is very quiet.
The battery has a capacity of 10.4Ah and 375 Wh at 36V. When fully charged it guarantees an autonomy up to 35km, maintaining an average speed of 15 km/h. The value varies depending on the driver’s weight, surface conditions, outside temperature, etc. It is possible to monitor the battery level from the display with a quick glance.
The 11.5’’ front and rear so-called ‘’fat’’ anti-puncture tubeless tyres (110/50-6.5”) are also suitable for stretches of dirt or very uneven surfaces and able to absorb driving vibrations.
High-strength alloy steel
36V, 10.4Ah, 374Wh
110/50-6.5” front and rear Tubeless (11.5")
Double front and rear disc brake
35km (travelling at an average speed of 15km/h, subject to variations based on driver’s weight, surface conditions, temperature etc.)