The invisible e-bike drive
Details
maxon BIKEDRIVE AIR
Invisible, lightweight, as natural as riding a bike
The maxon BIKEDRIVE AIR e-bike system fits into the design of any racing, gravel, urban, or mountain bike and weighs only 3.5 kg. The resulting e-bikes offer dynamic riding that feels completely natural. It is like cycling with a tailwind. What could be better?
The benefits
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Invisible
The maxon BIKEDRIVE AIR e-bike system is mounted out of sight inside the frame. Only an inconspicuously integrated control element on the top tube hints at the extra power hidden in your bike.
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Lightweight and powerful
System weight of 3.5 kg, torque of 30 Nm, power of 220 W, energy of 250 Wh + 250 Wh (Range Extender). The maxon BIKEDRIVE AIR allows manufacturers to build e-road bikes weighing just 10.5 kg and full suspension e-trail bikes weighing just 15.5 kg.
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Natural cycling experience
Tailwind feeling when cycling uphill, agile handling in curves, total control and flow when going downhill. Our unique freewheel technology ensures natural transitions from supported to non-supported riding and vice versa. Q factor from 155 mm. Result: more fun and an e-bike that feels like a bicycle.
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Connected
The maxon Connect app turns your smartphone into a control center: individually adapt the support levels of your e-bike and see all important data at a glance. With ANT+ or Bluetooth (BLE), you can also easily connect other devices, from Garmin, Sigma, o-synce, etc. For dealers, an intuitive Service app is available.
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Swiss Technology
We develop and manufacture our e-bike drives in Switzerland. They are rigorously put through their paces and meet maxon’s quality standards in every way.
For MTB, gravel, road or urban
E-Bike Brands
A reliable partner. Since 1961
We are a reliable and experienced partner when it comes to integrating e-bike motors and drives. Since 1961, maxon Group has been developing and building electric drives that are really powerful. Our brushless and brushed DC motors are among the best you can get anywhere in the world and are used wherever requirements are high and engineers don't want to compromise.
