They’re not talking about that. The issue is that with the aggressive regen braking, those cars decelerate very quickly, way more quickly than an ICE would with engine breaking. The lack of brake lights therefore means lots of drivers are caught off guard when a Tesla starts coasting before them, which sometimes almost feels like they’re on their brakes.
Yeah sure I’ll go test drive a Tesla without any intention of owning one just to see how regen braking works, good idea. Not sure why you chose to be all passive aggressive suddenly. Also, engine braking on a motorcycle is generally going to be more aggressive than cars, that’s simple physics (mass, momentum etc). Not really comparable.
They’re not talking about that. The issue is that with the aggressive regen braking, those cars decelerate very quickly, way more quickly than an ICE would with engine breaking. The lack of brake lights therefore means lots of drivers are caught off guard when a Tesla starts coasting before them, which sometimes almost feels like they’re on their brakes.
The brake lights come on when decel reaches a particular rate, which means it comes on when regen kicks in. Perhaps try driving one?
The engine braking on my 500cc bike is as aggressive, if not more, than my car. And that one’s got no decel based brake lights.
Ah didn’t know that!
Yeah sure I’ll go test drive a Tesla without any intention of owning one just to see how regen braking works, good idea. Not sure why you chose to be all passive aggressive suddenly. Also, engine braking on a motorcycle is generally going to be more aggressive than cars, that’s simple physics (mass, momentum etc). Not really comparable.
Can you provide more detail on the physics?