MOOSE OFFROAD Yamaha 12.109.2.AN Triple Clamp - Gray for Enhanced Handling and Durability

The MOOSE OFFROAD Yamaha 12.109.2.AN triple clamp is engineered with high-quality 6082 aluminum, offering an optimal balance between rigidity and weight reduction. Its durable construction ensures reliable performance in demanding riding conditions while maintaining a lightweight profile to improve overall handling. The clamp arrives pre-assembled and features a pressed-in lower clamp, which includes OEM bottom bearings for straightforward installation and dependable operation. Its split design clamping area provides more precise pressure distribution and an even clamping surface to the fork, effectively preventing distortion or binding of the fork tube during aggressive riding or maneuvering.

Designed to fit 1-1/8-inch diameter bars, the clamp accommodates bars with either 35 mm or 40 mm rise, sold separately, and comes equipped with rubber cones as standard for vibration damping and secure bar mounting. Solid aluminum cones are also available as an upgrade for enhanced durability and a clean aesthetic. The standard offset configuration ensures compatibility with a variety of Yamaha models, making it a versatile choice for riders seeking improved steering response and stability. Proudly manufactured in Italy, this triple clamp combines precision engineering with high-quality materials to meet the demands of off-road enthusiasts and professional riders alike.

Features:

• High-quality 6082 aluminum construction for strength and lightweight performance

• Pre-assembled design with pressed-in lower clamp and OEM bottom bearings for easy installation

• Split clamping area provides accurate pressure and prevents fork tube distortion

• Compatible with 1-1/8” diameter bars, available with 35 mm or 40 mm rise (sold separately)

• Standard rubber cones included for vibration absorption; solid aluminum cones available as an upgrade

• Standard offset design ensures compatibility with Yamaha models

• Manufactured in Italy for consistent quality and precision