Kraftwerks 150-04-1800 Supercharger Kit for 2018-2021 Ford Mustang 5.0L V8 with Rotrex C38-92

The Kraftwerks 150-04-1800 is a complete race supercharger system designed specifically for 2018-2021 Ford Mustang GT models equipped with the 5.0L Coyote V8 engine. This comprehensive kit delivers instant throttle response and a linear power curve that increases smoothly from idle to redline, eliminating the typical spiking or surging associated with turbochargers.

Performance Features:

• Rotrex C38-92 centrifugal supercharger - the largest unit offered by Kraftwerks, capable of supporting up to 700 horsepower
• Dyno-verified gains of 150+ wheel horsepower and 115+ pound-feet of torque on stock engines, delivering over 500 rear-wheel horsepower
• Estimated 55% horsepower gain (412hp to 620hp at the crank)
• Linear, progressive power delivery reduces cylinder pressures and strain on engine components
• Operates significantly cooler than turbochargers and traditional superchargers, reducing intake air temperatures and detonation risk

Kit Includes:

• Rotrex C38-92 supercharger head unit with traction-drive technology
• Large front-mount intercooler (24" x 8" x 3.5" thick with 3" inlet/outlet)
• Custom roto-molded air box that seals to hood liner with dual high-flow velocity stacks
• Grams Performance 550cc high-impedance fuel injectors with plug-and-play connectors
• Supercharger oil cooler and oil reservoir with magnetic oil filter
• Billet aluminum mounting brackets and hardware
• All necessary piping, hoses, and installation components
• Installation manual

Important Notes:

• Tuning required and NOT included with this kit
• Not CARB-approved - illegal for use in California and not for sale to California residents
• Professional installation and proper tuning strongly recommended for optimal performance and reliability

This supercharger system is ideal for enthusiasts seeking reliable, substantial power gains while maintaining daily drivability. The Rotrex traction-drive design ensures efficient operation with reduced noise, vibration, and heat compared to conventional forced induction methods.