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there is a metric ton of stupid sh** on YouTube...
But what I'm planning involves a front freewheel and a Husky 55Rancher...
Oh, and it will be able to use all the gears. Not just one stupid gear![]()
Thinking back to the old "add-on" gas helpers, some were mounted on the front wheel with a pulley almost the size of the rim. Could be done with an electric motor and leave your pedal/bellcrank/deraileur in tact so when you battery gave out.....
Plus, that would regenerate power when coastin'![]()
17 miles of hills? I've pedalled to a job that far, but it was flat, and I was sweaty all day anyway. That'd be a long way on an electric bike, and I doubt hills would be fun. You might keep the pedals to get up steep hills.
Sit on the handlebars and have your wife pedal you in, she wouldn't wine about the lil' hill![]()
with a range of 24 miles, this would work for you...
![]()
although...if it's a 17 mile trip, it'll take you a about an hour and a half each way...
Here is what I did to my electra cruiser. Wilderness bd36 kit with600w 36v(3 12v batt) 12 amp batteries. The kit costs around $450 without the bike. I live in the mountains, so beach cruisers up here would otherwise be limited to the valleys without the electric conversion. the kit includes a front brushed 600w hub motor, controller, thumb throttle, rack, wiring, and batteries with case.
It's a blast to ride and will top out at about 22-25 mph without pedaling on the flats. Up hills I have to pedal assist, but it's a hell of a lot easier than without the electric conversion. Best of all, it doesn't make any noise, so it's kind of stealth. It's kind of funny to pass mountain bikers on a beach cruiser and they don't know why.
Regenerative braking will probably only work if you have a fixie rear axle.
If you could change at work, that would be a plus to just biking it straight. But I bet it would get old fast.![]()
Here is what I did to my electra cruiser. Wilderness bd36 kit with600w 36v(3 12v batt) 12 amp batteries. The kit costs around $450 without the bike. I live in the mountains, so beach cruisers up here would otherwise be limited to the valleys without the electric conversion. the kit includes a front brushed 600w hub motor, controller, thumb throttle, rack, wiring, and batteries with case.
It's a blast to ride and will top out at about 22-25 mph without pedaling on the flats. Up hills I have to pedal assist, but it's a hell of a lot easier than without the electric conversion. Best of all, it doesn't make any noise, so it's kind of stealth. It's kind of funny to pass mountain bikers on a beach cruiser and they don't know why.
Weight is the main issue with sla batteries. Lithium phosphate like the new dewalt cordless 36v batts are the best that I've seen. They weight half as much and last twice as long even with the same amp/hour rating as a sla. nimh batts are good also, but cost almost the same as lifePo. The brushless motors are more efficient than the brushed, but sacrifice a bit of torque.
The bionx kits have the regen brakes, but are more expensive. You want at least 36 volt system to be of any decent power. 24 volts kits are old, 72 volt kits are the top that I've seen.
When the SLA batts were new, I could cruise with limited pedal input about 20 miles. That's with the throttle wide open most of the time. If you pedal more and use less throttle, then you could probably get 30 miles on a charge. Now all this is relative to hills, headwind, pedal input, weight of rider, etc. LifePo batteries can extend this range and have more power. The only drawback is the cost of the better batteries. I have seen them as cheap as $300 direct from china on ebay. the SLA's are less than $100.What's the range with that setup?
I got the local laws thing. But that just means, it either is, or isn't street legal...
I am moving from Watsonville to Los Gatos, which puts me closer to work. I am thinking about making an Electric Bicycle to ride in, charge in my cubicle and then ride home.
I am thinking about starting with a steel mountain bike frame, so I can weld to it.
The crankset will be a single chainring.
Crank arms will be cut off and I will weld in foot pegs.
A pancake type motor will be run just above the crank.
4 batteries, one at each side of the wheels, like panier bags.....giving me 24 volts.
thumb potentiometer on the handle bars.
Can I still use the rear derailer?
Can regenerative braking be setup so I charge the battery while coasting down hill?
Anything I am forgetting?