Rear derailleur Microshift XLE RD-M61S 10rz (MSH-RD-M61S)

Microshift XLE RD-M61S 10-speed rear derailleur is an excellent choice for those seeking reliability and precision in shifting gears. Thanks to the mechanical derailleur system, the user can enjoy smooth operation and ease of adjusting gears for challenging terrain conditions. High-quality materials, such as aluminium and steel, provide the derailleur with durability and a long lifespan.

Precise gear shifting mechanics

The Microshift XLE RD-M61S 10-speed rear derailleur features a mechanical operating system. This design allows for precise and quick gear changes, which is crucial during dynamic riding in varied terrain. The length of the SS cage further supports accurate chain guiding, which translates to smooth riding and minimises the risk of chain drop during use.

Robust materials and construction

The Microshift XLE RD-M61S 10-speed rear derailleur is made from durable materials, such as aluminium and steel. Aluminium ensures lightness and corrosion resistance, which is essential for components exposed to weather conditions. Steel, on the other hand, increases the strength of the construction, allowing for prolonged use of the derailleur without fear of damage during intense operation.

Optimised for 10-speed systems

The Microshift XLE RD-M61S 10-speed rear derailleur is specifically designed to work with 10-speed cassettes. This allows cyclists to enjoy a wide range of gears, which is particularly useful when riding on varied terrain. The design of the derailleur enables precise gear adjustment, allowing for efficient utilisation of pedalling power in different conditions.

Microshift XLE RD-M61S 10-speed rear derailleur - features:

• Mechanical derailleur system ensuring precise gear changes;
• Aluminium construction providing lightness and corrosion resistance;
• Steel design increasing durability and strength;
• SS cage length aiding accurate chain guiding;
• Compatibility with 10-speed cassettes ensuring a wide gear range;
• Robust construction allowing for intense use.