Unlock 50-70+HP on your boosted vehicle while decreasing your air temps by up to 100 degrees! Increase your pump gas octane by 25 points and make more power efficiently with a cooler running motor! The Snow Performance Stage 2 Boost Cooler® water-methanol injection system is available for all forced induction applications (supercharged/turbocharged). The Stage 2 uses the progressive VC-50 controller (52mm Gauge) that proportionally injects more or less according to boost pressure. Start and full points are adjustable for engagement and delivery curve to match what the engine requires. Proportionally injecting according to boost pressure gives an accurate delivery of water-methanol and allows cooling and performance improvements over a wide range for improved drivability. The Stage 2 introduces the VC-50 Controller (ISO 9001 Manufactured). The VC-50 offers the functionality of a boost gauge and water-methanol controller all in one! Highlighting a 7 color (Blue, White, Red, Yellow, Orange, Purple, Green) OLED screen displaying boost, percentage of injection, low level, secondary nozzle activation, prime button, and 2 fault codes directly on the screen you can tailor the controller to your OEM gauges or mix and match up to two colors. Comes with 4AN fittings and stainless steel braided line to mount pump/tank in engine bay of vehicle. For trunk mount options see Part# SNO-40014-BRD, SNO-40012-BRD.

• 100% Methanol Resistant (Stainless Steel, Nickel Plating, Hard Anodizing, EPDM)
• Adjustable Progressive Water Methanol Engagement & Monitoring
• Digital Boost Reading (1-50 PSI)
• Recommended For Street Driven Turbo and Centrifugal Supercharger Applications
• Snow Performance ACU-SEAL Water Methanol Compression Fittings
• Snow Performance Hyper-Sonic Water Methanol Nozzle
• Snow Performance OEM-Approved Extreme Environment 300 PSI UHO Water Methanol Pump
• Snow Performance Running "S" Engraved Low Profile High Flow Check Valve
• Snow Performance Running "S" Engraved Low Profile Nozzle Holder
• Supports 1,000+ HP
• U.S.A. Made