The Ultimate Psr6262g / 35-900 Dual V Band 0.83 Standard 07.5 A/r 2.5" Outlet With A 75% Price Cut [6VTw5dJk]

PSR6262G Dual V Band Turbocharger

Introducing the Pulsar PSR6262G, a top-tier turbocharger designed for superior performance and durability. This dual V band model is engineered to provide optimal turbo response and better longevity through its advanced ceramic ball bearing system, which reduces shaft play for enhanced stability. The PSR6262G features a 9 Blade G-Aero Billet Compressor Wheel with Extended Tapered Tip Technology, offering unparalleled efficiency and power. With a robust 9 Blade G-Aero Inconel 713c Turbine Wheel, this turbocharger is built to withstand the harshest conditions, ensuring peak performance for years to come.

Technical Specifications and Features

The Pulsar PSR6262G comes with a comprehensive set of specifications that highlight its cutting-edge design. The compressor wheel measures 62*76mm, while the turbine wheel boasts dimensions of 68*62mm. The turbocharger is compatible with a 4” hose for the compressor inlet and features a 2” outlet. For the turbine, it supports T3/T4 inlets and a 3” V-Band outlet. The water ports are designed with 2*M14 x 1.5 threads, and the oil feed includes a 7/16-24 UNF with a -4AN Restrictor pre-installed. The oil drain is a standard T3 design. To ensure reliability and warranty compliance, it is strongly recommended to run water cooling with this turbocharger.

Applications and Benefits

Perfect for high-performance vehicles, the Pulsar PSR6262G is a game-changer for both racers and enthusiasts. Its dual ceramic ball bearing system and advanced aerodynamic design make it an ideal choice for those seeking to maximize their vehicle's power output. Whether you're looking to improve your car's acceleration or enhance its overall performance, this turbocharger is a must-have. With its robust construction and reliable performance, the PSR6262G is the perfect addition to any vehicle, providing a seamless driving experience and a significant boost in power and efficiency.