Gen-2 Wing Valve For Sprint Car Dual Valve

The Gen-2 Wing Valve for Sprint Car Dual Valve is a precision-engineered component designed specifically for high-performance sprint car applications where wing angle adjustment and aerodynamic load management are critical to competitive performance. Built by SWEET, a trusted manufacturer in the sprint racing community, this valve serves as a core pneumatic control element in dual-valve wing actuation systems. Whether you're fine-tuning downforce on high-banked ovals or adjusting wing geometry for variable track conditions, the Gen-2 generation represents the evolved standard for reliable, repeatable wing adjustments during competition.

This second-generation valve improves upon earlier designs through refined spool geometry and enhanced flow characteristics that minimize response lag when transitioning between wing positions. The compact footprint—measuring 5.9 x 2.45 x 7.3 inches and weighing just 1.47 lbs—allows for flexible mounting in tight engine bay layouts common on sprint chassis. The dual-valve configuration enables independent control of wing angle on separate circuits, giving drivers and crew chiefs granular control over aerodynamic balance without the complexity of mechanical linkage or cable routing. Precision porting and hardened internals ensure consistent actuation cycles across hundreds of laps without drift or stiction.

Sprint car teams running dual-wing configurations—from ASA to USAC competitors—will find the Gen-2 Wing Valve an essential upgrade for systems requiring independent pneumatic control of left and right wing angles. Installation pairs seamlessly with OEM SWEET wing actuation kits or retrofit applications using standard pneumatic fittings and 12V solenoid harnesses. This valve is compatible with both 90 PSI and 120 PSI systems commonly found on modern sprint platforms, making it a drop-in replacement for worn first-generation units or a core component in new wing system builds. Proper mounting isolation and line routing away from exhaust heat will maximize service life and repeatability.