Brake kits

Sets brakes in the offer of shop SportanoBrakes are one of the most important components of each bicycle. They ensure not only the comfort of the ride, but above all the safety of the cyclist. Depending on the type of bicycle, the style of riding and the terrain on which you ride, different brake sets will have different applications. At Sportano, we have taken care of professional bicycle parts, which is why you will find brake kits from brands such as SRAM or Shimano with us.Front brake kits: construction and applicationIn the world of cycling, front brakes play an absolutely crucial role in ensuring the control of the vehicle and the safety of the user. When the cyclist presses on the brake handle, it is the front brake that reacts first, converting kinetic energy into heat and effectively stopping the bike. Depending on the type of bike, the use and design of front brakes can vary. A cyclist riding an MTB bike over rough, muddy terrain will need different braking power than someone riding on level urban roads. Disc brakes, often used on mountain bikes, use a metal disc bolted to the wheel and calipers that compress this disc to stop the bike. This arrangement is extremely effective in harsh conditions where traditional shoe brakes might not work due to mud or water. For city and touring bikes, traditional shoe brakes are often sufficient. They work by squeezing the brake pads on the rim of the wheel, creating friction and stopping the bike. They are easy to service and often cheaper to buy than disc brakes.Rear brake kits: key differences and functionsWhile front brakes play a major role in stopping the bike, rear brakes are more responsible for controlling speed and stabilising the ride, especially on descents. It is important that the rear brakes work well as they provide balance and control, especially when the front brakes are heavily loaded. Modern bicycles can be fitted with both rear disc and shoe brakes, depending on the model and intended use. A cyclist using a racing bike on the road is likely to prefer lightweight shoe brakes, which provide sufficient stopping power without the extra weight of a disc. Conversely, a mountain biker will appreciate the efficiency and reliability of rear disc brakes, which work effectively even in difficult conditions. One of the key aspects that differentiate rear brakes from front brakes is their location and operating mechanism. It is important that the rear brakes are properly balanced to prevent wheel locking and potential skidding, especially on slippery surfaces.Materials and technologies used in the manufacture of brake kits brakesWhen we think about bicycle brakes, we usually focus on their function - stopping the bicycle. However, how effectively and reliably they perform depends largely on the materials from which they are made and the technologies used in their manufacture. Aluminium is one of the most common materials used in the manufacture of brake kits. Why? Because it is lightweight, durable and relatively inexpensive. Aluminium is particularly common in the manufacture of brake callipers and handles because of its strength and corrosion resistance. In addition, due to its properties, it is easily mouldable, allowing manufacturers to create precise and efficient brake mechanisms. However, carbon fibre should not be overlooked - a material that has become a standard in the world of high-end racing and mountain bikes. Carbon fibre offers incredible stiffness at very low weight, making it an ideal choice for those looking for every opportunity to save grams on their equipment. Modern manufacturing technologies also play a key role. CNC (Computer Numerical Control) technologies allow complex parts to be precisely cut and machined with minimal tolerances. This ensures that every component of the brake kit fits perfectly, ensuring maximum performance and reliability. Mention should also be made of laser technology, which is often used to create precise notches in brake discs. These notches help distribute heat during braking, which prevents the brakes from overheating and guarantees consistent performance. Finally, it is worth mentioning rubber and composites, which are used in the manufacture of brake pads. The right choice of material for brake pads is crucial, as they must provide excellent friction, but at the same time be resistant to wear and heat.