# How much horsepower can a bicycle generate?

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A world-class cyclist will generate 0.65 hp for a 1-hour time trial — all-out effort. Most recreational cyclists generate about 0.35 hp for a sustained (2 hour) ride. Consider 1 hp to be the absolute maximum you can generate, and this chart will give you a rough idea of how fast you’ll go, depending on your bike.

## How much power can an average cyclist generate?

A trained cyclist can produce about 400 watts of mechanical power for an hour or more, but adults of good average fitness average between 50 and 150 watts for an hour of vigorous exercise.

## How much torque can a human produce on a bicycle?

How much maximum pedal force would the leg of an average person generate while cycling? – Quora. The torque generated is which would be 65 * 9.8 * 3.1416 * 0.15 * 2 which is about 600 Newton-meters at the exact 90 degree angle of the pedal when the person is standing on the pedal.

## Can a bicycle power a TV?

“In order to power the TV you need to do a little bit of cycling to get some power in the battery and then it will work whilst you pedal at a reasonable speed,” said Christina. “The electricity is stored in a battery and then used to power the TV. This overcomes spikes of power as you speed up or slow down.”

## Can you power a PC with a bicycle?

Developed by a two-man team called Pedal Power, the Big Rig is a bicycle desk that generates an electrical current as you pedal. The energy generated by pedaling is enough to power your computer, charge your phone, and perform other office-related tasks.

## Is 200 watts good cycling?

No exact watt number is appropriate for all riders. Generally speaking, a beginner cyclist may average around 75–100 watts in a 1-hour workout. A fit participant will average more than 100 watts, and pro cyclists can reach 400 watts per hour.

## How many watts is Peter Sagan?

Peter Sagan, racing at approximately 75kg, crossed the line in 2:26:00 with an average power of over 247 watts. His average cadence was 73rpm with an average speed of 39kph. The short stage contained over 1,250 meters (4,100 ft) of climbing and required around 2,000 kilocalories.

## How do I increase torque on my bike?

One way to increase your 2-stroke motorized bike’s torque is to gear down, as doing so changes your gear ratio and decreases speed at your rear wheel. You can do this by using a smaller front sprocket or a large rear sprocket like a 54 Tooth Sprocket.

## How much force is required to ride a bike?

Assuming you have a bike with low friction (thin tires, well inflated) on a flat surface, then 200 – 250 W of net power will be enough to maintain a speed of 20 mph.

## How much torque can a bike chain handle?

A strong rider can put about 1,500 Newton propulsive force on a pedal which, depending on the gearing, can translate into a propulsive torque of 1,000 Newton-meter. That’s a huge number, even compared to a lot of cars.

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## Can I use my computer with a generator?

Answer: Many portable generators are not entirely safe to use with sensitive electronics such as TVs and computers. The power can be uneven and the surges and voltage fluctuations can fry sensitive circuits, especially if the generator runs out of gas and stutters.

## Can cycling create energy?

How Much Electricity Can a Bike Generate? For the at-home REGEN: Generate and Store up to 150Wh per hour of cycling. One workout is enough to charge 2.6 MacBook Pros, 4 iPad Pros, and 14 iPhones (or Android equivalent).

## How much electricity can you generate with an exercise bike?

It converts your bicycle into a stationary bike and uses your pedal power to generate energy that can be stored in a power pack. An average rider can produce up to 200 watts – ride for an hour and you’ll generate enough to power a 25 watt fluorescent light bulb for eight hours. So how does it work?

## How much horsepower does a computer have?

A modern gaming computer can use up to 1 horsepower. The quickie: Measure voltage and amperes (coulombs per second); multipling the two measurements gives watts or kilowatts which easily converts to horsepower @ 746 watts per horsepower.