TCI399873 Tci Bbc Gen5 & Gen6 Flexplate 168 Tooth Dual Pattern, Ext / Bal

Description

Achieve optimal power transfer and drivetrain reliability with the BBC GEN5 & GEN6 Flexplate, engineered to accommodate both Gen 5 and Gen 6 Big Block Chevy engines. This dual-pattern design eliminates compatibility concerns, streamlining installation and reducing the need for multiple parts.

The flexplate’s 168-tooth ring gear ensures consistent engagement with the starter motor, delivering reliable engine starts and minimizing wear. This precision tooth count supports smooth automatic transmission operation, critical for maintaining drivetrain integrity and performance.

Constructed by TCI, a recognized brand in transmission components, this flexplate balances durability and weight at 3.18 kg. Its robust build withstands the torque and stresses typical in high-performance and heavy-duty applications, enhancing longevity without unnecessary mass.

With dimensions of 42.5 cm in diameter and a slim 2.5 cm thickness, it fits precisely within standard automatic transmission bellhousings designed for BBC engines. The 42.5 cm width and height specifications confirm compatibility with common transmission setups, ensuring a secure fit that prevents misalignment and vibration.

The external balanced design reduces harmonic vibrations, protecting your transmission and engine components from premature wear. This balance feature enhances driveline smoothness and contributes to overall vehicle reliability and performance under varied operating conditions.

Installation is streamlined due to the dual-pattern design, which supports multiple bolt patterns, reducing the need for adapters or modifications. This flexibility accommodates a range of engine and transmission combinations, saving time and labor during assembly or upgrades.

Incorporating this flexplate into your automatic transmission and driveline system ensures precise mechanical engagement, durability under load, and compatibility with Gen 5 and Gen 6 BBC engines. It stands as a dependable component engineered to meet rigorous performance demands.