Turbosmart WG50/60 7PSI IN SPRG-BLK/WHT
$71.99
Turbosmart's Gen4 WG50/60 7PSI Inner Spring Black/White is a must-have for external wastegate setups. This spring provides the ideal boost pressure for any turbocharger, ensuring consistent and reliable performance even under extreme conditions. Turbosmart's design ensures that this spring will last for years, providing maximum performance with minimal maintenance. With Turbosmart's Gen4 WG50/60 7PSI Inner Spring Black/White, you can trust that your engine will perform as expected every time you hit the gas pedal. Ensure your setup is up to spec with Turbosmart's best-in-class external wastegate spring.
Spring - Suit Turbosmart Pro-Gate50 (50mm) and Power-Gate60 (60mm) External Wastegates.
Suit Turbosmart ProGate50 (50mm) and PowerGate60 (60mm) External Wastegates.
The Turbosmart Gen4 WG50/60 7 PSI Inner Spring in black and white is engineered for optimal performance with Turbosmart's Pro-Gate50 (50mm) and Power-Gate60 (60mm) external wastegates. Designed to deliver a precise boost pressure of 7 PSI, this spring ensures your turbocharger operates efficiently and reliably under demanding conditions, providing consistent power delivery and improved engine responsiveness. Constructed with high-quality materials, the spring features a durable design that withstands extreme heat and pressure, minimizing maintenance needs over time. Whether you're upgrading an existing setup or building a new high-performance system, this spring helps ensure your wastegate functions flawlessly, preventing boost creep and maintaining safe operating parameters.
Features:
- Compatibility: Designed specifically for Turbosmart Pro-Gate50 and Power-Gate60 external wastegates
- Boost Pressure: Provides a steady 7 PSI boost for optimized turbocharger performance
- Durability: Made from high-quality materials to resist extreme heat and pressure
- Longevity: Engineered for long-lasting service with minimal maintenance requirements
- Reliable Performance: Ensures consistent gate operation and optimal boost control under various conditions
