How To Pedal A Bike In Right Way?

You should pedal with the ball of your foot, not your arch. The ankle is the fulcrum for the force you generate with your feet. The ball of your foot is further away from the ankle than your arch so you generate far more force with the ball of your foot.

As you straighten your knee, pedal at a 45 degree angle down and forward for the greatest force. Bicycle shoes have cleats that attach to the pedals to keep the ball of your foot over the pedal, where you generate the most force. Don't wear soft-soled shoes that allow the pedals to press against your feet, which can cause pain. Experienced riders know that you should not bend your foot up when you pedal up because it wastes energy and tires you earlier.

The next step is to develop an efficient application of force. What this involves is applying force to the pedals during then entire 360 degrees that make up the pedal stroke. You can utilize a simple drill to help teach your nervous system and ready your musculature to apply force all the way around. This one legged pedaling drill will make you aware of deficiencies in pedal stroke and will stress the muscles in your legs that are not being used to their potential.

Crank length determines the diameter of the circle that the pedals move in. The larger that circle is the more flexion of your knee and thigh muscles will be needed to turn the cranks. Your thigh muscles cannot exert the same force throughout their range of motion. This is very easy to demonstrate. If you squat down so that your knees are fully bent and lift yourself up, say, five inches, it takes a good deal more effort than it would to squat down just five inches from standing straight and then lift yourself back up. At the full squat position, your muscles can't put out the same power as when your knees are just bent enough to drop you down five inches. So if you had to choose between a crank length that had your knees bending through their entire range of motion and a length that only required, say, 20 degrees of flexion at the knee, you would choose the shorter crank. That crank would have your muscles working through a more efficient range of motion. You would avoid having to flex your knees enough to bring you into an inefficient range of motion.

By: Jessie22

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Jessica, a fashion designer by profession lives in Sandiego with sis Jennie. Shortly called as Jessie is a creative, innovative and adventurous creature. Love to learn things and reads a lot. Fan of rock music, usually into most of music concerts, loves mountain bike trails and NFL matches. Also sells concert tickets online and in workplace.