The bicycle tyre is a fascinating system of interlinked devices. The tyre itself fits onto a wheel, and is responsible for suspending the bicycle, being the surface that hits the ground directly. They can be thicker for mountain bikes and children’s bikes or thinner for roads and fairly flat surfaces. Connected to the tyre is a tube which is filled with air through a valve that can be seen peeking beneath the tire. A metal rim holds the tire and tube together. It is through this rim that the air valve passes through. The tire can be attached to the rim through a clincher, a wire or a tube.
This type of carbon clincher has the "lowest drag and crosswind resistance" (making it aerodynamically superior), and perfect for riding even in strong winds. Being made out of carbon, it is amazingly light and rigid, being stiffer than clinchers with smaller dimensions. It also reduces the braking distance and fits perfectly to tires with the clincher system as attachment points to the rim.
Wheelsmith UK lists other advantages as being less costly than using tubes to attach tires to rims. Since it has a wider rim, the rider experiences relatively more comfort. Higher quality clinchers beat the tubular’s resistance to the wind.
This clincher works best at speeds above 20 miles per hour and can comfortably support an average weight of 80 kilograms. Like all carbon clinchers, it is incredibly easy to use, and the 60mm depth gives it a sleek appearance. When it wears out, only the inner tube needs replacement instead of the entire tire. This clincher, additionally is relatively durable and reusable.
Several components of the entire wheel work in synch with the clincher for maximum performance. The Wheel should be between 700 to 900 grams, for the front and rear respectively, and to support a rider weight of up to 110 kg. Tyre pressure should be at an average range of 125 pounds per square inch. Hubs, brake pads, valve extenders, spokes and bearings must also be specifically modified for excellent performance.
The downside to the 60mm carbon clincher is that it is designed to work best on flat terrains, and also for events like triathlons and standard road races. A valve longer than 80mm is required in this case. They also tend to generate a lot of heat on high speeds because of the carbon. However, metal threads are being added to help in conduction of heat generated during cycling and braking.
Conclusively, the clincher’s super resistance to strong winds, flat protection, easy fixing, its allowance for riding at incredibly high speeds, aesthetic appeal and stable performance should make it a natural and first choice for competitive training athletes especially.
A review by Bike Radar recommends the 60mm carbon clincher with an aluminum alloy braking surfaces which contributes to the bicycle’s sturdiness. The alloy can be added to the carbon surface, by an expert wheel builder, since using the carbon rims to brake on wet surfaces can prove to be a challenge.
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