SNOW PERFORMANCE SNO-210 Stage 2 Boost Cooler Water/Methanol Injection System for Gas Engines

Improve charge-air cooling and help control detonation with the SNOW PERFORMANCE SNO-210 Stage 2 Boost Cooler Water/Methanol Injection System. Designed for universal gasoline applications, this progressive-controlled kit delivers fluid according to boost pressure, helping provide consistent performance across changing engine loads. The system is suited for turbocharged and supercharged vehicles, performance builds, and other gas-powered applications requiring additional intake-charge cooling.

The Stage 2 kit includes a 3-quart reservoir and progressive control for smooth, responsive injection rather than a simple on-and-off activation. By introducing a water/methanol mixture into the intake system, the kit can help reduce intake-air temperatures and support more aggressive tuning when properly installed and calibrated. The universal design allows it to be adapted to a wide range of gasoline engine configurations, making the SNOW PERFORMANCE SNO-210 a practical choice for street, track, and performance applications.

Built for enthusiasts seeking a complete boost-cooling solution, this SNOW PERFORMANCE water injection system is engineered to integrate with boosted gas engines and provide dependable fluid delivery. Installation should be completed using the appropriate fittings, wiring, nozzle placement, and boost reference for the specific vehicle. Always follow the manufacturer’s instructions and use a compatible fluid mixture for safe, reliable operation.

Features:

• Progressive-controlled water/methanol injection for smooth fluid delivery based on boost pressure
• Stage 2 Boost Cooler system designed to help lower intake-air temperatures
• Universal fitment for gasoline-powered turbocharged and supercharged applications
• 3-quart reservoir provides practical fluid capacity for performance driving
• Helps support detonation control and more aggressive engine tuning when properly calibrated
• Complete kit design for adaptable installation across a variety of gas engine configurations