Working Mechanism Of Mountain Bike Gears

Bicycle gears or also known as gear ratio refers to the rate that a rider legs turn compared to the rate that the wheels of the bicycle turn. Depending on the bicycle there are different gears or just one gear. Most modern bicycles like mountain bikes though have several gears that a rider can opt for while some bikes also have a fixed gear meaning it runs on single speed. The use of each gear will depend on the rider, the terrain, or the speed needed.

The working mechanisms of mountain bike gears are complex. This is because mountain bikes are usually with several gears applicable for different terrains. The working mechanism of mountain bike gears allows a selection of different gears to perform efficiently. This means that with multiple gears riders can choose for example a low gear when riding uphill, medium when riding on a flat road, or high gear when riding downhill. The difference between the lowest and the highest gears are called gear range, it is usually expressed in percentage or ratio.

The working mechanisms of a mountain bike works such as this: when using a lower gear it will require a rider to pedal faster but with lesser force, in the meantime to travel on a same speed with a higher gear, a rider will have to pedal with greater force. The choice of gears will depend on the choice of the rider.

The working mechanisms of the mountain bike consistently become more complex and advance throughout the years. These days, some mountain bikes can reach up to 27 gears. The reason for having so many bike gears is to make sure that the biker will not have hard time in whatever kind of terrain he may be using or riding. This is because he does not feel the change in pedal rotation whether he is going uphill, downhill, rocky or whatever trail he may be riding.

Gear ratio mechanism is easier to explain and picture out on one gear bikes, since the pedal rotation is usually the exact same with the rear wheel rotation. If a rider will need more speed for his mountain bike then he will also require different gear ratios. For example if a rider will be going down a slope at 25 mile per hour while applying 50 RPM on the pedals, then the rider will need at least 5 6:1 gear ratio. This means that by applying different gear ratios, a biker will be able to enjoy 50 RPM without ever worrying about the right speed of the bike.

Often times, on a normal 27 speed mountain bikes, six of the gear ratios are places so close together that a rider usually wont notice the difference between the gears. Moreover, on actual usage, bikers prefer to use the front sprocket for riding on slopes and will usually stick on it. This is even though most of the time using the sprocket can be difficult to shift when on a heavy load. Advance riders will usually recommend changing gears on the real wheel since it is more simple and effective.

If you will be riding over a hill, it is best to use the smallest sprocket located on the front wheel and changing among the nine different rear gear options. This is because you will get a better gear ratio when you have more speeds on the back sprocket.

Gearing options, changes, or understanding the working mechanism of a mountain bike gears is important. The gears are your best friend when you are trying out any terrain or if you are trying to achieve a certain speed. You will not be able to achieve the right speed if the gears are absent.