TOYOTA Clutch Kit
TYC571 Clutch Cover Assembly for Toyota 3Y/4Y Engine - 239mm × 14mm × 276mm - Part Numbers 31210-26060, 31210-26100
High-performance clutch cover assembly designed for Toyota 3Y and 4Y engines. Features precise 239mm × 14mm × 276mm dimensions and direct compatibility with OEM part numbers 31210-26060 and 31210-26100. Ensures reliable clutch operation and optimal power transfer for automotive applications.
TYC Clutch Cover Assembly 239×149×271mm for Toyota 2L 3L 5L Engines - Part Numbers 31210-26164 31210-35120
High-performance clutch cover assembly measuring 239×149×271mm, designed for Toyota vehicles with 2L, 3L, and 5L engines. Features precision engineering, durable construction, and direct OEM replacement compatibility. Includes part numbers 31210-26164, 31210-35120, CT-064, TYC565, and TYC624 for reliable clutch operation and extended service life.
Toyota Clutch Kit 240x149x276mm for 1AZ-FE/2AZ-FE Engines - Replacement for 31210-33040, 31210-28060
High-performance clutch kit designed for Toyota vehicles with 1AZ-FE and 2AZ-FE engines. Features precision engineering with dimensions of 240x149x276mm, providing reliable transmission performance and smooth operation. Direct replacement for multiple OEM part numbers including 31210-33040 and 31210-28060.
TOYOTA Clutch Cover Assembly 239x149x276mm CTX-076 for 3Y/4Y/5M-GE Engine Models
High-performance TOYOTA clutch cover assembly measuring 239x149x276mm with part numbers 31210-35281, CTX-076, and 31210-26110. Designed for 3Y/4Y/5M-GE engine compatibility, featuring precision engineering and durable construction for reliable clutch operation and smooth power transmission.
TOYOTA MCK0113 Clutch Kit for 3RZ-FE/2TR-FE/3VZ-E/5VZ-FE Engines - 250mm Cover & Disc Components
Premium TOYOTA clutch kit featuring 250mm cover and disc components with precise 276mm and 21mm dimensions. Compatible with 3RZ-FE, 2TR-FE, 3VZ-E, and 5VZ-FE engines. Complete OEM replacement kit ensures reliable performance, enhanced durability, and professional-grade installation for optimal vehicle operation.