Class 1 Electric Bikes (8)
Range

Range

The relative distance that the bike covers with similar use.

 /  5
Acceleration

Acceleration

How quickly a bike can reach its top speed.

 /  5
Control response

Control response

How quickly the motor responds to rider input.

 /  5
Braking

Braking

Based on the distance required to stop from the bike's top speed.

 /  5
Range

Range

The relative distance that the bike covers with similar use.

 /  5
Acceleration

Acceleration

How quickly a bike can reach its top speed.

 /  5
Control response

Control response

How quickly the motor responds to rider input.

 /  5
Braking

Braking

Based on the distance required to stop from the bike's top speed.

 /  5
Range

Range

The relative distance that the bike covers with similar use.

 /  5
Acceleration

Acceleration

How quickly a bike can reach its top speed.

 /  5
Control response

Control response

How quickly the motor responds to rider input.

 /  5
Braking

Braking

Based on the distance required to stop from the bike's top speed.

 /  5
Range

Range

The relative distance that the bike covers with similar use.

 /  5
Acceleration

Acceleration

How quickly a bike can reach its top speed.

 /  5
Control response

Control response

How quickly the motor responds to rider input.

 /  5
Braking

Braking

Based on the distance required to stop from the bike's top speed.

 /  5
Range

Range

The relative distance that the bike covers with similar use.

 /  5
Acceleration

Acceleration

How quickly a bike can reach its top speed.

 /  5
Control response

Control response

How quickly the motor responds to rider input.

 /  5
Braking

Braking

Based on the distance required to stop from the bike's top speed.

 /  5
Range

Range

The relative distance that the bike covers with similar use.

 /  5
Acceleration

Acceleration

How quickly a bike can reach its top speed.

 /  5
Control response

Control response

How quickly the motor responds to rider input.

 /  5
Braking

Braking

Based on the distance required to stop from the bike's top speed.

 /  5
Range

Range

The relative distance that the bike covers with similar use.

 /  5
Acceleration

Acceleration

How quickly a bike can reach its top speed.

 /  5
Control response

Control response

How quickly the motor responds to rider input.

 /  5
Braking

Braking

Based on the distance required to stop from the bike's top speed.

 /  5
Range

Range

The relative distance that the bike covers with similar use.

 /  5
Acceleration

Acceleration

How quickly a bike can reach its top speed.

 /  5
Control response

Control response

How quickly the motor responds to rider input.

 /  5
Braking

Braking

Based on the distance required to stop from the bike's top speed.

 /  5
Class 2 Electric Bikes (9)
Range

Range

The relative distance that the bike covers with similar use.

 /  5
Acceleration

Acceleration

How quickly a bike can reach its top speed.

 /  5
Control response

Control response

How quickly the motor responds to rider input.

 /  5
Braking

Braking

Based on the distance required to stop from the bike's top speed.

 /  5
Range

Range

The relative distance that the bike covers with similar use.

 /  5
Acceleration

Acceleration

How quickly a bike can reach its top speed.

 /  5
Control response

Control response

How quickly the motor responds to rider input.

 /  5
Braking

Braking

Based on the distance required to stop from the bike's top speed.

 /  5
Range

Range

The relative distance that the bike covers with similar use.

 /  5
Acceleration

Acceleration

How quickly a bike can reach its top speed.

 /  5
Control response

Control response

How quickly the motor responds to rider input.

 /  5
Braking

Braking

Based on the distance required to stop from the bike's top speed.

 /  5
Range

Range

The relative distance that the bike covers with similar use.

 /  5
Acceleration

Acceleration

How quickly a bike can reach its top speed.

 /  5
Control response

Control response

How quickly the motor responds to rider input.

 /  5
Braking

Braking

Based on the distance required to stop from the bike's top speed.

 /  5
Range

Range

The relative distance that the bike covers with similar use.

 /  5
Acceleration

Acceleration

How quickly a bike can reach its top speed.

 /  5
Control response

Control response

How quickly the motor responds to rider input.

 /  5
Braking

Braking

Based on the distance required to stop from the bike's top speed.

 /  5
Range

Range

The relative distance that the bike covers with similar use.

 /  5
Acceleration

Acceleration

How quickly a bike can reach its top speed.

 /  5
Control response

Control response

How quickly the motor responds to rider input.

 /  5
Braking

Braking

Based on the distance required to stop from the bike's top speed.

 /  5
Range

Range

The relative distance that the bike covers with similar use.

 /  5
Acceleration

Acceleration

How quickly a bike can reach its top speed.

 /  5
Control response

Control response

How quickly the motor responds to rider input.

 /  5
Braking

Braking

Based on the distance required to stop from the bike's top speed.

 /  5
Range

Range

The relative distance that the bike covers with similar use.

 /  5
Acceleration

Acceleration

How quickly a bike can reach its top speed.

 /  5
Control response

Control response

How quickly the motor responds to rider input.

 /  5
Braking

Braking

Based on the distance required to stop from the bike's top speed.

 /  5
Range

Range

The relative distance that the bike covers with similar use.

 /  5
Acceleration

Acceleration

How quickly a bike can reach its top speed.

 /  5
Control response

Control response

How quickly the motor responds to rider input.

 /  5
Braking

Braking

Based on the distance required to stop from the bike's top speed.

 /  5