SHIMANO XT M8100 Clamp Front Derailleur

DEORE XT - Durability and performance for today´s mountain bikers - The new DEORE XT M8100 series includes innovative features such as the MICRO SPLINE sprocket cassette with 10-45T or 10-51T teeth development, 1x12 or 2x12 HOLLOWTECH II crankset , powerful 2-piston and 4-piston brakes, adjustable ISPEC-EV shifters, 12-speed rear derailleur and derailleur, ICE TECHNOLOGIES FREEZA fast-cooling rotors and complete wheel sets for XC or Enduro, all adjusted to The needs of mountain bikers today. - The DEORE XT derailleur arrives in a specification for the two 48.8 mm and 51.8 mm chain lines, but is available for Type D, Type E and Type M assemblies. Derailleur weight: FD-M8100-D: 135 g, FD-M8100-E: 106 g, FD-M8100-M: 114 g. Features: - Front derailleur SIDE SWING - Increased traction range and without chain friction for long distance bicycles - Same specifications for 48.8 mm and 51.8 mm chain lines - Range extra wide with double front 36-26D - Available in mounts type D, E and M - The type M bracket needs an adapter (ø 34.9 mm) - Compatible with 2.3 inch tires in wider rings - own design in reliable changes - Wide chassis mounting compatibility - Greater tire separation - Greater compatibility Specifications: - Remarks - S-size adapter is available in OTC package only. Chainline 48.8 mm, 51.8 mm compatible - Side Swing Drive (Rocker with cable side travel) - Action: SIDE SWING - Angled clamp design - Angle travel adjustment bolt - Cable passage type Exclusive front drive - Cable Route Type Front-Pull - Chain line (mm): 48.8 (142 mm OLD), 51.8 (148 mm OLD) - Sheath angle: 66-69 - Compatible chain: HG 12-speed - Link bearings: 6 - Support Clamp : 28.6 mm - Clamp Bracket 31.8 mm X (w / M size adapter) - Clamp Bracket 34.9 mm - Mount Clamp Band 31.8 mm Clamp Band 34.9 mm - Speeds Front: 2 - Speeds Rear: 12 - Serrated upper gear: 36 -38T - Total capacity: 10T Technologies: - SIDE SWING Front Derailleur, Horizontal movement that follows the chain direction Smooth and efficient forward shifting effort