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Discover how mid-drive e-bike motors use your bike's gears to improve efficiency, increase range, and prevent overheating for a better, cooler ride.

Understanding the potential causes from struggling Hall sensors and compromised wiring to protective controller actions and battery sag – and find fixes to stop jerky motor performance.

Explore the types of e-bike sensors: PAS, torque, speed, cadence, brake, throttle, battery, temperature, GPS, pressure, light, proximity, and more, to enhance safety, control, and performance.

Identifies e-bike noise from motors, loose components, & drivetrain issues. Solve these annoying sounds with DIY maintenance, systematic tightening, lubrication & pro tips for a quiet ride.

Maintain your e-bike battery by charging between 20–80%, storing it in moderate temperatures, and avoiding deep discharges to extend lifespan and performance.

E-bike range depends on assist level, terrain, weather, and habits. Ride steady, avoid extremes, and charge smart to extend battery life.

Electric bike range varies, typically ranging from 20 to 60 miles per charge. Key factors include battery capacity, motor power, rider weight, and terrain. For example, a 500Wh battery can offer 30 to 50 miles, with eco modes maximizing efficiency for longer rides.

Tire type significantly affects your e-bike's performance and range. Narrow tires with low rolling resistance improve efficiency for road rides, while wider, treaded tires offer better traction for off-road use. Choose the right tire for your riding style to optimize both comfort and distance.