What is a Pinion MGU?
The Pinion MGU combines a powerful brushless e-bike motor with the proven Pinion gearbox into a unique unit. Up to 12 real gears, perfectly spaced ratios and a compact, robust design deliver dynamic performance, efficiency and a riding experience at the highest level. A Pinion is a small gear located in the drivetrain of the car, which moves the larger gear that turns the steering wheel. Pinion gears are also used in rear differentials.Centrally integrated in the bicycle frame, Pinion gearboxes offer unique cycling dynamics and unparalleled shifting performance. Modeled after proven automotive transmission technology, Pinion gearboxes are ideally suited to the rigors of cycling.
What is the peak power of the Pinion MGU?
Power Output: The Pinion MGU has a motor that delivers up to 85 Nm of continuous torque, with a peak output of 160 Nm at the wheel in first gear. The motor can generate up to 600W of power in standard e-bike applications and up to 800W for speed pedelecs. The Pinion MGU combines a powerful brushless e-bike motor with the proven Pinion gearbox into a unique unit. Up to 12 real gears, perfectly spaced ratios and a compact, robust design deliver dynamic performance, efficiency and a riding experience at the highest level.
What is CT 100’s top speed?
What is the top speed of the Bajaj CT 100? The top speed of the Bajaj CT 100 is around 90 km/h, which is sufficient for most commuting and city riding needs. A car with 600 HP with a top speed of ~200mph or a car with 400HP and a top speed of ~190mph.
What gear for top speed?
Therefore, tall gears offer higher top speeds and better mileage, especially on highways and interstates, while short gears offer more torque to get the vehicle moving, which is crucial if you’re towing or hauling. A bigger pinion or smaller spur gear makes the vehicle have more top speed, at a decrease in acceleration. It’s most likely that gearing up will make everything run a bit hotter, and shorten run times. A smaller pinion or larger spur gear has the opposite effect.