Something that you hardly ever see come up on this forum, especially by people who have never experienced an ebike, is how the power is delivered.
Some ebikes let you have all or at least some of the power from the motor at the very tiny/slightest movement of the crank, you just need to keep the crank turning so the sensor can pass the test to the question "is the rider pedalling". Then there are the type that have torque sensors and only let you have a certain amount of power depending on how much the rider is putting in. It's this last type that are only the ones realistically can claim to help a rider get fitter imo.
You just need to be honest about what type you have. Just the act of turning the pedals and moving at 15mph doesn't mean you're getting a work out.
Gocycle have a fantastic implementation of the torque sensor, you can set it an almost infinite amount of ways as it has a power meter built in and an accompanying app. For instance you can ask that no assistance at all is provided until you put in (say) 300 watts. I'm not sure many if any other bikes are doing that.
Some ebikes let you have all or at least some of the power from the motor at the very tiny/slightest movement of the crank, you just need to keep the crank turning so the sensor can pass the test to the question "is the rider pedalling". Then there are the type that have torque sensors and only let you have a certain amount of power depending on how much the rider is putting in. It's this last type that are only the ones realistically can claim to help a rider get fitter imo.
You just need to be honest about what type you have. Just the act of turning the pedals and moving at 15mph doesn't mean you're getting a work out.
Gocycle have a fantastic implementation of the torque sensor, you can set it an almost infinite amount of ways as it has a power meter built in and an accompanying app. For instance you can ask that no assistance at all is provided until you put in (say) 300 watts. I'm not sure many if any other bikes are doing that.