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Himal kharel
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why is moving bicycle more stable than rest one?
If you read the older thread, it's mostly due to the steering geometry (trail) that self-corrects within a reasonable speed range.chrisbaird said:Conservation of angular momentum.
The speed of a bicycle does affect its stability. When a bicycle is moving at a higher speed, it has more stability due to the gyroscopic effect of the wheels. This effect creates a force that helps to keep the bike upright, making it more difficult to tip over. However, at very high speeds, the bike can become more difficult to control and may become unstable.
Yes, the weight of a bicycle can impact its stability. A heavier bike can make it more difficult to maneuver and control, especially at slower speeds. However, a heavier bike may also provide more stability when riding over rough or uneven terrain.
The geometry and design of a bicycle play a crucial role in its stability. The wheelbase, head tube angle, and frame stiffness can all affect how easily a bike can be balanced and controlled. Bikes with a longer wheelbase and a more upright head tube angle tend to be more stable, while bikes with a shorter wheelbase and a more aggressive head tube angle may be more maneuverable but less stable.
Yes, a rider's body position can impact the stability of a bicycle. A rider's weight distribution on the bike can affect the center of gravity and the overall balance of the bike. For example, leaning too far forward or backward can make a bike harder to control and less stable.
In most cases, a resting bicycle is less stable than a moving bicycle. When a bicycle is resting, there is no gyroscopic effect from the wheels, and it relies solely on the rider's balance to stay upright. However, a moving bicycle has the added stability of the gyroscopic effect, making it easier to balance and control.