HKS SSQV Flange Weld-on Aluminum 60mm – Universal

Description:

HKS SSQV Flange Weld-on Aluminum 60mm - Universal

Sequential Suction Valve Technology
The HKS Super SQV (Sequential Suction Valve) is developed through HKS's turbocharger engineering program -- a company that builds complete turbo kits understands what happens at the compressor inlet. The SQV4 uses a sequential valve mechanism that provides smooth boost response across the full pressure range, protecting the compressor wheel from surge and improving boost recovery speed after gear changes.

Details

• Aluminum construction
• 60mm profile
• Will mount HKS SSQ and Racing BOV II blow-off valves

Atmospheric and Recirculating Configurations
The sequential valve design progressively vents pressure rather than opening fully at once, providing smoother boost response on re-engagement and reducing abrupt pressure changes. Available in atmospheric configurations (vents to atmosphere, produces characteristic BOV sound) and recirculating return kit versions for applications requiring recirculation. Return kits are available for vehicles where atmospheric venting causes issues with MAF-based fuel metering.

Why Choose HKS
HKS has been engineering performance automotive components since 1973, building a global reputation through motorsport involvement at the highest levels of circuit racing, rally, drag, and time attack. Their product range covers virtually every aspect of engine and chassis performance, with each product developed through in-house testing and real-world validation on the specific vehicles it is designed for. For Subaru, Toyota, and Honda performance builds, HKS offers some of the most platform-specific aftermarket engineering available.

The RallySport Take

The SQV4 is a proven, well-engineered BOV from a brand that develops complete turbocharger systems. For Civic Type R, WRX, STI, Evo, and Supra applications it is a solid choice. Confirm the correct adapter and configuration for your specific application -- atmospheric vs recirculating matters for tuned MAF-based applications.