Whipple Low-Profile CuNi Marine Intercoolers

WHIPPLE LOW-PROFILE CuNi MARINE INTERCOOLERS

Whipple Low-Profile CuNi Marine Intercoolers are designed for compatible supercharged marine and custom performance applications that need strong charge-air cooling without excessive height. Unlike stacked intercooler layouts that can add unwanted engine height, the Whipple low-profile cooler design places the intercooler core inside the intake manifold to increase cooling surface area while helping preserve valuable top clearance.

Whipple was one of the first to bring advanced cupronickel intercooler technology into high-performance marine supercharger applications. The Whipple Cooler design combines CuNi cupronickel water tanks and passageways with copper air fins to support both corrosion resistance and efficient heat transfer in demanding marine environments.

Cupronickel water passages are well suited for harsh marine use because they resist corrosion in brackish lake water and ocean saltwater environments better than aluminum-based cooler designs. Copper air fins help improve thermal efficiency, allowing the cooler to reduce charge-air temperatures and support more consistent power under load.

Whipple low-profile intercoolers are built for compatible applications running a wide range of boost levels in lake, ocean, race, pleasure, and custom performance use. The design is intended to deliver cooler charge air, stronger reliability, and improved durability for properly configured supercharged applications.

Key Features

• Low-profile Whipple marine intercooler design
• Designed for compatible supercharged marine and custom performance applications
• CuNi cupronickel water tanks and passageways
• Copper air fins for efficient heat transfer
• Designed to package inside the intake manifold to help preserve top clearance
• Supports improved charge-air cooling for compatible supercharged applications
• Built for compatible lake, ocean, race, pleasure, and custom performance use
• Useful for marine and hot rod/performance builds when supported by the manifold and cooler configuration

Application note: Verify intercooler configuration, intake manifold compatibility, available engine-compartment clearance, boost range, plumbing requirements, and complete installation requirements before ordering.