- Converts 1-Bolt LS Camshaft to 3-Bolt Timing Set – This kit allows you to run a 3-bolt camshaft in LS engines originally equipped with a 1-bolt cam gear, expanding your camshaft upgrade options while increasing valvetrain durability.
- Includes Premium Timing Chain & 3-Bolt Cam Gear – Comes complete with a precision-machined 3-bolt cam sprocket and durable timing chain, offering OEM-level fitment and improved valvetrain stability in performance builds.
- Compatible with a Wide Range of Gen III & Gen IV LS Engines – Fits 4.8L, 5.3L, 5.7L, 6.0L LS platforms, including LS1, LS2, LS3, LS6, L99, LS4, LS9, LSA, and LQ4, making it ideal for performance upgrades, cam swaps, or LS engine builds.
- Durable Construction for Street & Performance Applications – Built to handle increased valve spring pressures and high-RPM use, this conversion kit is trusted by engine builders and LS enthusiasts.
- Simplifies Camshaft Upgrades Without Engine Redesign – Avoid the hassle of sourcing limited 1-bolt camshaft options. This kit opens the door to wider camshaft selection and stronger 3-bolt configurations.
The Michigan Motorsports 1-Bolt to 3-Bolt Cam Gear Conversion Kit with Timing Chain provides a complete and dependable solution for converting your LS engine’s 1-bolt camshaft setup to a robust 3-bolt configuration. This conversion is essential for LS enthusiasts looking to install a wider range of aftermarket camshafts, particularly those offered in 3-bolt designs. Whether you’re performing a cam swap, building a new motor, or replacing worn factory components, this kit gives you greater flexibility and improved durability. It includes a 3-bolt cam sprocket and high-strength timing chain, both designed to meet or exceed OEM tolerances. Ideal for both Gen III and Gen IV LS engines, this setup is compatible with many popular LS engine families, including LS1, LS2, LS3, LS6, L99, LS4, LS9, LSA, LQ4, and others. Perfect for street performance, LS swaps, and racing builds, this conversion kit makes upgrading your valvetrain easier and more reliable—without requiring major modifications.
