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ACCESSORIES

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ACCESSORIES 〰️


 
 

V13 PRO

The V13 Pro has one of the most powerful motors ever made for the EUC. The motor 4,500 Watt motor is equipped with a 22'' off-road tire,  282mm diameter stator, and 38H magnetic steel, which enables the motor to achieve a lift speed of 140km/h, a peak power of 10000W, and a max torque of 300NM.  It’s safe to say that the V13 Pro will conquer any hills with ease, and travel at any speed with a promising safety margin. 

To allow the motor to get enough input current, we use 8AWG phase-conductor cables, double the size of their counterparts, that can sustain 160A continuous current, and 1000A peak current. The heat will be reduced by 75%, which means riders can do more extreme riding without concern about damaging the wirings.

The V13 Pro allows you to enjoy long cruises or high-speed riding. It has a top speed of 56 mph making it the fastest InMotion wheel currently available. The V13 Pro has a maximum range of 93 miles.

Like its predecessors, it’s a hollow motor, well-sealed, IPX6 waterproof level. Just enjoy the freedom of riding, no need to worry about water or dust getting inside. With a reinforced rim design, it can support vertical impact up to 2700kg, which is 2 times the value of V12HT.

To provide an extra safety guarantee, we implemented redundant hall sensor systems. The riding experience will be much smoother because now the motor is controlled more precisely.  In case either one fails while riding, the other one can take over the task to make sure no cutout happens.

 

InMotion V13 Pro Specifications

Range: ~88 miles

Motor Power: 45000W (sustained for long periods, can peak
much higher)

Battery: 3024Wh 126V

Charging Time: 4-6 hours with stock charger

Max Speed: 56 Mph

Climbing Angle: 35 degrees

Tire: 22 inch

Weight: 110 lbs

Payload: 265 lbs

IP Rating: IP55

Lights: Headlight & Taillight

Charger Output: DC 126V* 5A

Advanced in-app statistics give you access to data to track your performance and usage habits Engineered from the ground up for
optimal weight distribution and uncompromising form factor