As an engineer designing an electric bike, I need to specify the wheels and tires that will provide optimal performance, safety, and durability.
Acceptance Criteria
[ ] Wheel and tire sizes must match the electric bike design specifications for optimal performance.
[ ] Tires must have a puncture-resistant layer suitable for urban commuting.
[ ] Wheels must be able to support the additional weight of the electric bike components, including the motor and battery.
[ ] The wheel hub must be compatible with the electric bike's motor and drivetrain.
[ ] Tires must have a tread pattern that ensures good grip in both dry and wet conditions.
[ ] Wheels should have a maximum load rating that exceeds the combined weight of the bike, motor, battery, and rider by at least 20%.
[ ] Tires must have a reflective sidewall for increased visibility and safety.
[ ] Wheels must be made of materials that resist corrosion from weather and road salts.
graph LR;
A[Tire] -- Match --> B{Wheel Hub};
A --> C[Puncture-Resistant Layer];
B -- Compatible --> D[Electric Motor];
B -- Support --> E[Additional Weight];
A --> F[Tread Pattern];
B --> G[Load Rating];
A --> H[Reflective Sidewall];
B --> I[Corrosion Resistant Materials];
Electric Bike Wheel and Tire Specification
As an engineer designing an electric bike, I need to specify the wheels and tires that will provide optimal performance, safety, and durability.
Acceptance Criteria