1999-2001 Mercury Marine 350 Magnum MPI Whipple Supercharger System

1999-2001 MERCURY MARINE 350 MAGNUM MPI
WHIPPLE SUPERCHARGER SYSTEM

The Whipple Supercharger System for compatible 1999-2001 Mercury Marine 350 Magnum MPI applications is designed for customers who want big block-style power and torque from a small block marine engine package without the added weight and fuel economy penalty of a larger engine combination.

Whipple twin-screw supercharger technology delivers instant boost response and broad torque across the RPM range. Because the Whipple twin-screw design can generate boost quickly with throttle input, the 350 Magnum MPI platform can deliver stronger low-speed torque, faster planing, improved acceleration, and increased top-end power when the complete setup supports it.

This system is positioned for customers who want a comprehensive marine supercharger package with Whipple ECM/PCM calibration support. Whipple uses marine calibration experience to help manage fuel, spark, and engine protection strategies for the supercharged application while supporting long-term reliability when the engine, fuel system, cooling system, ignition system, and installation are properly matched to the package.

Key Features

• Whipple twin-screw marine supercharger system
• Designed for compatible 1999-2001 Mercury Marine 350 Magnum MPI applications
• Small block package designed to deliver big block-style power and torque
• Instant boost response with strong low-RPM torque
• Broad torque curve for improved acceleration and planing performance
• ECM/PCM calibration support for fuel, spark, and engine-management control
• Designed as a comprehensive marine supercharger system
• Supports do-it-yourself style installation when installed by a qualified marine technician or experienced installer

Application note: Verify engine model, model year, 350 Magnum MPI configuration, ECM/PCM compatibility, ignition requirements, cooling system condition, fuel requirements, available engine-compartment clearance, and complete installation requirements before ordering. Final power results can vary based on engine condition, boat setup, prop selection, fuel quality, calibration, operating environment, and installation.