2026 Ram 1500 5.7L E-Torque – Whipple Gen 6 3.0L Supercharger Kit – 50-State Legal

Whipple Gen 6 3.0L Supercharger Kit
2026 Ram 1500 5.7L HEMI E-Torque

Overview

The Whipple Gen 6 3.0L Supercharger Kit is engineered to deliver substantial horsepower and torque gains for the 2026 Ram 1500 5.7L HEMI E-Torque platform while maintaining the drivability, reliability, and integration expected from a premium Whipple system. Designed specifically for E-Torque-equipped trucks, this complete package combines Whipple’s latest twin-screw technology with the supporting hardware required for a clean, factory-style installation.

At the heart of the system is the Whipple Gen 6 3.0L twin-screw supercharger featuring a massive 112mm Crusher™ inlet and high-flow induction system. Designed to deliver instant positive displacement boost response and exceptional low-end torque, the system is capable of producing gains of up to 225 rear-wheel horsepower and 190 lb-ft of rear-wheel torque on 93-octane fuel over stock. The result is stronger acceleration, improved towing performance, and a broad powerband that transforms the driving experience.

Whipple’s oversized air-to-water intercooler system plays a major role in maintaining consistent performance. The large intercooler core, oversized dual-pass heat exchanger, and high-flow intercooler pump work together to control charge-air temperatures and support repeatable performance under demanding conditions. Combined with Whipple’s advanced rotor technology and bypass strategy, the system delivers excellent drivability and strong pump-gas performance.

The kit includes the hardware needed to support the additional airflow and power, including high-flow fuel injectors, billet fuel rails, HP Tuners flash tool support, PCM unlock support, security gateway support, plug-and-play wiring, and dedicated E-Torque integration components. Every aspect of the package is engineered to function as a complete system rather than a collection of aftermarket parts.

Designed, manufactured, and assembled in the USA, the Whipple Gen 6 system delivers the power, torque, and OE-style integration that have made Whipple one of the most trusted names in forced induction performance.

What’s Included

• Whipple Gen 6 3.0L twin-screw supercharger system
• 112mm Crusher™ inlet and high-flow induction system
• High-flow fuel injectors
• Billet fuel rails
• Oversized air-to-water intercooler system
• Oversized dual-pass heat exchanger
• High-flow intercooler pump
• Plug-and-play wiring harnesses
• E-Torque integration hardware
• Installation hardware and components

Key Features

• Gain up to 225 rear-wheel horsepower and 190 lb-ft of rear-wheel torque on 93-octane fuel
• Gen 6 3.0L twin-screw supercharger design
• Massive 112mm Crusher™ inlet
• High-flow air induction system
• Oversized air-to-water intercooler package
• Oversized dual-pass heat exchanger
• High-flow intercooler pump included
• Flat torque curve with instant positive displacement response
• Self-contained oil system
• High-flow fuel injectors included
• Billet fuel rails included
• HP Tuners flash tool support
• PCM unlock support included
• Security gateway support for PCM communication
• Plug-and-play wiring for simplified installation
• Designed specifically to support E-Torque system integration
• Wrinkle black finish standard
• Optional polished and custom finishes available
• CARB certified and 50-state legal
• CARB EO D-231-152

Fitment

• 2026 Ram 1500 5.7L HEMI E-Torque

Important Notes

• Power figures are based on 93-octane fuel under optimal conditions.
• Designed specifically for E-Torque-equipped applications.
• PCM unlock and HP Tuners flash support are required as part of the installation process.
• Premium fuel is required for optimal performance.
• Professional installation is recommended.
• CARB certified and 50-state legal under EO D-231-152.

Disclaimer: Power numbers are quoted with 93-octane fuel under optimal conditions. Actual results may vary depending on fuel quality, altitude, vehicle configuration, weather conditions, and testing procedures.