@[email protected] to TechnologyEnglish • 1 year agoBehold The Hyundai Uni Wheel. Transportation May Never Be The Samecleantechnica.comexternal-linkmessage-square252fedilinkarrow-up1770arrow-down158
arrow-up1712arrow-down1external-linkBehold The Hyundai Uni Wheel. Transportation May Never Be The Samecleantechnica.com@[email protected] to TechnologyEnglish • 1 year agomessage-square252fedilink
minus-square@Blue_MorpholinkEnglish5•1 year agoThe video shows how their gears go up down and side to side to perform the function of a cv joint. So whatever that cv looking thing is, it’s not a cv joint.
minus-square@[email protected]linkfedilinkEnglish6•1 year agoIf it was just a solid axle going from the motor to the uniwheel you couldn’t steer the car. It doesn’t allow for such movement.
minus-square@frooplinkEnglish5•1 year agoLooks like it eliminates the engine-side cvd but not the wheel-side.
minus-square@[email protected]linkfedilinkEnglish2•1 year agoCan’t really do that, u-joints and cv’s work in pairs to balance the angular change
minus-square@frooplinkEnglish1•1 year agoThere is no angular change between the axle shaft and the engine.
minus-square@[email protected]linkfedilinkEnglish2•1 year agoThe motor could turn with the wheel. You could have a wheel-motor without the excessive unsprung weight of the motor components.
The video shows how their gears go up down and side to side to perform the function of a cv joint. So whatever that cv looking thing is, it’s not a cv joint.
If it was just a solid axle going from the motor to the uniwheel you couldn’t steer the car. It doesn’t allow for such movement.
Looks like it eliminates the engine-side cvd but not the wheel-side.
Can’t really do that, u-joints and cv’s work in pairs to balance the angular change
There is no angular change between the axle shaft and the engine.
The motor could turn with the wheel. You could have a wheel-motor without the excessive unsprung weight of the motor components.