Your New Favorite Calibrated Power Stealth 67g2 Turbo For 03-07 Ford F250/ F350 6.0l Powerstroke Holiday Cheer Edition [pgQCLKav]

Powerhouse Performance for Ford Powerstroke

The Calibrated Power Stealth 67G2 Turbo is the ultimate upgrade for your 2003-2007 Ford F250/F350 6.0L Powerstroke. Engineered to outperform the competition, this turbocharger boasts a custom 67mm compressor and a massive 77.5x71mm turbine, providing unparalleled power and efficiency. Its stock appearance ensures a seamless integration with your vehicle, while its advanced design maximizes performance without compromising on driveability. Key features include: 750HP capability, a 15mm billet high-flow vanes, and a fully functional exhaust brake.

Technical Specifications and Innovation

The Stealth 67G2 turbo is crafted from high-strength 7075 Aluminum for durability and performance. Its 11-blade compressor design is optimized for peak power while minimizing surge, making it ideal for towing at altitude. The turbine side features a taller inducer and larger vanes, significantly reducing drive pressure under heavy load. This innovative design achieves a near 1:1 drive to boost ratio, lowering EGTs and enhancing overall efficiency. Notable specifications include: 360-degree thrust bearing, 67mm custom billet compressor, and a distinctive throaty howl for an authentic performance experience.

Perfect for Daily Drivers and Enthusiasts

Whether you're a daily driver or a performance enthusiast, the Stealth 67G2 Turbo is the perfect solution for your Ford Powerstroke. Its wide torque curve and quick spool-up provide usable horsepower whenever you need it, while maintaining excellent street manners. This turbo is designed for those who prioritize reliability and performance, whether you're towing or simply looking for more power. Target audience includes: daily drivers, those seeking a reliable performance upgrade, and enthusiasts looking to enhance their truck's capabilities. Pair it with a Stealth Boost Tester for comprehensive system checks and optimal performance.