LS1/LS2/LS3/LS6 Engine Oil Pump Pickup Girdle

The LS1/LS2/LS3/LS6 Engine Oil Pump Pickup Girdle from Top Street Performance is a precision-engineered component designed to stabilize and support the oil pump pickup tube in General Motors' legendary LS-series engines. Whether you're building a high-performance street machine, a weekend track warrior, or a serious competition engine, this girdle prevents pickup tube flex and oil starvation under extreme acceleration, cornering, and high-RPM conditions. For any LS enthusiast who demands reliable oil delivery during aggressive driving or forced induction applications, this component is an essential investment in engine longevity.

This pickup girdle works by rigidly bracing the oil pump intake tube against the engine block, eliminating the compliance and oscillation that can occur during heavy acceleration or sustained cornering. Under G-loads and inertial forces, an unsupported pickup tube can move relative to the oil pan sump, creating momentary starvation that starves the engine of lubrication at critical moments. The girdle's compact design—measuring just 3 x 1 x 4 inches and weighing only 0.045 lbs—installs cleanly without requiring extensive modification, while its engineering is tailored specifically to the LS1, LS2, LS3, and LS6 family's oil pan and block geometry. The result is consistent oil pressure delivery, reduced parasitic losses from pump cavitation, and peace of mind during hard driving.

This girdle is ideal for LS engine builders, turbocharged and supercharged builds, road racers, and anyone pushing their LS platform beyond stock parameters. Installation is straightforward and requires no machine work—simply position the girdle around the pickup tube assembly and secure it to the block and pan mounting points using factory hardware. Compatibility spans the LS1, LS2, LS3, and LS6 variants, making it a universal solution for the broad LS community. Pair it with quality synthetic oil, a quality oil pump, and proper pan capacity management, and you've locked down one of the most overlooked reliability variables in high-output LS builds.