Simple Energy Ultra Specifications

Highest power the engine/motor can produce.

The highest twisting force the engine generates, which affects acceleration and pulling power.

Highest power a bike/scooter can produce.

The maximum distance an electric two-wheeler can travel on a full charge.

The type of motor used in bikes.

A feature that converts braking energy into battery charge.

The distance from the center of the front wheel to the center of the rear wheel, affecting stability, handling, and riding comfort.

The overall design and shape of the bike (e.g., cruiser, sports, scooter).

Distance from the ground to the seat.

Distance between the bike’s lowest part and the ground.

Bike’s weight with fuel and fluids.

The main structure holding the bike together.

Storage capacity in the two-wheeler's trunk/boot.

The method to start the bike (e.g., electric start, kick start, or both).

Different settings (e.g., Sport, Eco, Rain) that adjust performance and power delivery.

The entire system that transfers engine power to the wheels (includes clutch and gearbox).

Total energy the battery can store.

Warranty period for the battery.

The design of the seat that affects comfort and seating position.

(Anti-locking Braking System) Prevents wheel locking during hard braking, improving control and safety.

Wireless connection for calls, music, and navigation.

A feature to connect your phone to the two-wheeler's system.

Displays the current speed of the bike in km/h or mph.

A screen that shows important riding information like speed, fuel, and trip details.

The main dashboard displaying speed, fuel, engine stats, and warnings.

A feature that provides turn-by-turn directions on the two-wheeler display or connected device.

Alerts you if the bike moves beyond a set location boundary.

A feature in which rider can set a steady speed without using the throttle.