Pedaling an EV would do almost nothing, right? You’d be contributing 100W to a motor that uses 10,000W. An hour of pedaling would produce 100Wh. That’s a tiny amount, like a decent sized power bank. The article says the onboard battery is 22,000Wh.
This seems extremely low for even an EV car at under 8km/kwh. Ebikes can often do 100km/kwh at 32kmh speed. Aptera design can do 16km/kwh with double the battery (and weight of battery). Citroen Ami would be a heavier vehicle, cheaper for being much simpler, and gets 14km/kwh with 1/4 of the battery (but 45kmh top speed). Very surprising their range is that low, and no way it should be.
Covered bikes add a lot of weight and expense, as does tilting. Covered bikes increase drag as well, and reduce range. Most designs will rattle if not “over weighted”. Still a roof would allow better weather resistance to outdoor parking. Could hold solar
I still like a pedal system for both speed control and maintaining low speed power contributions with exercise. 70lbs and 30kmh is a limit to where useful contribution can be made, and a winner in this category is going to be something much lighter meant for bike speeds instead of car/motorcycle speeds.
Pedaling an EV would do almost nothing, right? You’d be contributing 100W to a motor that uses 10,000W. An hour of pedaling would produce 100Wh. That’s a tiny amount, like a decent sized power bank. The article says the onboard battery is 22,000Wh.
https://m.youtube.com/watch?v=T-LegOd8Jxo
Aging Wheels bought Trike, he talks about the pedals
It seems to me that the pedals are the only throttle control via pedal pressure.
Only 100w sustained for an hour would be pretty embarrassing for an adult, but even with a trained athlete it would be a drop in a bucket at 120km/h
I suspect the pedals only really exist to allow you to use bike lanes.
This seems extremely low for even an EV car at under 8km/kwh. Ebikes can often do 100km/kwh at 32kmh speed. Aptera design can do 16km/kwh with double the battery (and weight of battery). Citroen Ami would be a heavier vehicle, cheaper for being much simpler, and gets 14km/kwh with 1/4 of the battery (but 45kmh top speed). Very surprising their range is that low, and no way it should be.
Covered bikes add a lot of weight and expense, as does tilting. Covered bikes increase drag as well, and reduce range. Most designs will rattle if not “over weighted”. Still a roof would allow better weather resistance to outdoor parking. Could hold solar
I still like a pedal system for both speed control and maintaining low speed power contributions with exercise. 70lbs and 30kmh is a limit to where useful contribution can be made, and a winner in this category is going to be something much lighter meant for bike speeds instead of car/motorcycle speeds.