Holley 319-910 Features:

Experience the benefits of a modern hydraulic clutch system with improved drivability and reduced maintenance requirements with Holley's new line of hydraulic clutch conversion kits. This kit is designed specifically for 1967-1969 Chevrolet Camaro and Pontiac Firebird models and allows for easy conversion from a mechanical clutch linkage to a modern hydraulic clutch system. The 319-910 includes all necessary components for a straightforward installation on the chassis side: clutch master cylinder (based on 4th Gen F-Body), clutch pedal with pad, clutch rod assembly, master cylinder mount and reinforcement plate, master cylinder reservoir kit, and all required mounting hardware. Pedal ratios have been optimized for perfect pedal feel and full engagement of the clutch system. With so many engine and transmission combinations available, we have left it up to the installer to decide on which release (or throw-out) bearing and hydraulic lines will be used.

• Clutch Master Cylinder and pedal ratio based on 4th Gen F-body
• Allows the use of many transmissions: T-56, TR6060, Magnum, TKX, TKO, and most 4-Speeds
• Includes all necessary components for a straightforward installation on the chassis side
• Provides a smoother and more precise clutch engagement
• Improved drivability and reduced wear and tear on clutch components
• Requires less clutch pedal effort
• NOTE: Although this system is designed to utilize the OEM firewall passage, cutting of the firewall will be required for proper installation. NOTE: DO NOT use fluid that has been bled from a hydraulic clutch system, in order to fill the clutch master cylinder reservoir; due to the possibility that the fluid may be aerated, have too much moisture content, or be contaminated and may cause system or vehicle damage.CAUTION: Alignment of the clutch master cylinder mount, master cylinder, and the clutch pedal is critical to the proper operation and longevity of this system. Failure to properly align will result in poor pedal feel, possible disengagement issues, and premature system failures.