LS Gen III Knock Sensor Relocation Brackets

The ICT BILLET LS Gen III Knock Sensor Relocation Brackets are precision-engineered aluminum solution brackets designed specifically for GM LS-series engine platforms. This pair of brackets allows engine builders and performance technicians to relocate the knock sensor away from its factory location, solving packaging conflicts during engine modifications, turbocharger installations, or custom intake manifold configurations. The natural aluminum finish provides excellent corrosion resistance while maintaining a lightweight profile.

Machined from billet aluminum, these relocation brackets deliver the rigidity and precision required for reliable knock sensor function in high-performance LS builds. The brackets maintain proper sensor orientation and wiring routing while supporting custom engine bay layouts. Weighing just 0.75 pounds for the pair, they integrate cleanly into modified LS engine installations without adding significant mass. The compact 4 x 1 x 14-inch dimensions allow flexible mounting options within tight engine compartment spaces common in street and race applications.

Engine builders working with LS platforms—whether upgrading to larger displacement blocks, installing forced induction systems, or fabricating custom intake manifolds—encounter knock sensor placement challenges that compromise engine management tuning. These ICT BILLET brackets solve that problem by allowing repositioning of the sensor to a location compatible with modified engine architecture, ensuring proper knock detection calibration and ECU signal integrity. The solution is essential for serious engine modifications where OEM sensor mounting points no longer work or conflict with new components.

LS-series engines have become the platform of choice for performance builds across street cars, hot rods, and race applications due to their modular design and abundant aftermarket support. Relocation brackets from established manufacturers like ICT BILLET are recognized solutions within the LS engine building community for maintaining proper sensor function during significant modifications where factory sensor bungs are inaccessible or incompatible with new configurations.