ACE Racing Clutches R105119K 10.5-Inch Clutch Disc with Ceramic and Metallic Friction

ACE Racing Clutches R105119K 10.5-Inch Clutch Disc with Ceramic and Metallic Friction

$111.99
Sale price  $111.99 Regular price 
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ACE Racing Clutches R105119K 10.5-Inch Clutch Disc with Ceramic and Metallic Friction

ACE Racing Clutches R105119K 10.5-Inch Clutch Disc with Ceramic and Metallic Friction

$111.99
Sale price  $111.99 Regular price 
10.5in Clutch Disc Organic 1-1/8x10

The ACE Racing Clutches R105119K features a 10.5-inch diameter clutch disc designed for high-performance applications. Constructed with a ceramic and metallic friction material, this clutch disc offers excellent heat resistance and durability under demanding driving conditions. The 1-1/8 inch diameter with a 10-spline configuration ensures compatibility with a range of manual transmission systems. Its universal fit makes it suitable for various vehicle models requiring a reliable clutch component. The disc's robust construction provides smooth engagement and consistent power transfer, making it an ideal choice for street and light off-road use.

Manufactured by ACE Racing Clutches, the R105119K is engineered to withstand high torque loads while maintaining reliable performance over time. Its organic friction surface enhances grip and reduces pedal effort, contributing to a more comfortable driving experience. The clutch disc's design ensures quick installation and secure fitment, supported by quality materials that resist wear and thermal degradation. Whether upgrading an existing clutch or building a new performance setup, this clutch disc offers a dependable solution for enthusiasts seeking durability and efficiency in their drivetrain components.

Features:

  • Diameter: 10.5 inches for versatile application
  • Friction Material: Ceramic and metallic blend for heat resistance
  • Spline Size: 1-1/8 inch with 10 splines for compatibility
  • Construction: Organic friction surface for smooth engagement
  • Design: Universal fit suitable for various vehicle models
  • Durability: Engineered to withstand high torque and thermal stress
  • Performance: Provides reliable power transfer and consistent engagement

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