Non-supercars that is.
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Axial-flux motors won't necessarily offer more power, but they are so much lighter and smaller that their proponents say they have the potential to transform almost every other key measure of an EV's performance—and the entire architecture of a car designed around them.
By fitting axial flux motors into the wheels, the spaces in a car's body currently occupied by motors could be largely vacated, clearing the way for more batteries, people, or stuff, and permitting the sort of design exuberance that EVs have long promised but never quite delivered.
More importantly, this new design of motor might help address the growing public backlash against overweight, expensive EVs. They might reduce the weight of a typical EV by around 200 kilograms (440 pounds)—half in the motors themselves, and half from the mass-compounding effect which allows you to reduce the weight of other systems such as batteries and brakes as a result
By sending mass into a virtuous downward spiral, carmakers could increase range, decrease cost, and perhaps even preserve the agile handling of lightweight cars, which enthusiasts also worry might disappear with the advent of the EV.
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some tips if you fly with expensive and fragile kit
A photographer's bad experience with United and some tips if you fly with fragile gear.
05:48 in General Commentary, transportatiaon | Permalink | Comments (0)