Factory Price Xona Rotor X2c Xr7164 | 370-750 Bhp | Performance Turbo Get 45% Off Today [JIHA1NWZ]

Xona Rotor X2C XR7164: Performance Turbo Excellence

The Xona Rotor X2C XR7164 is a testament to cutting-edge engineering and superior performance. Designed for motorsports and high-performance vehicles, this turbocharger is forged from a partnership between TiAL Sport and FP Turbo, promising to redefine the standard for quality and reliability. With a robust build and a focus on performance, the XR7164 is the choice for drivers seeking to unlock the true potential of their engines.

Key Features and Specifications

The XR7164 turbocharger boasts an impressive array of features and specifications that make it a standout in its class. Engineered for power outputs ranging from 370HP to 750HP, this turbocharger is equipped with a 71LB/Min HTC compressor wheel and a 68/62MM turbine wheel. Its 59.5/82MM compressor wheel ensures optimal airflow, while the dual ceramic ball bearing system and billet stainless steel lightweight bearing housing provide unmatched durability. The turbocharger also features a variety of turbine housing options, including SS V-Band and F3V (T3) T/H configurations, catering to diverse vehicle requirements.

Innovative Design for Enhanced Performance

Xona Rotor's commitment to innovation is evident in the XR7164's design. The proprietary variable-preload ball bearing cartridge system reduces wear and extends bearing life, while the fully-machined, high-strength stainless steel bearing housing with an extended water jacket combats heat soakback. The use of hybrid ball bearing cartridges and twin rings at both compressor and turbine ends minimizes oil leakage and gas intrusion, further enhancing durability. Additionally, the overbuilt compressor backplate and cover interface system, along with the modular oil drain flange, ensure structural integrity and ease of maintenance. With the Xona Rotor X2C XR7164, drivers can expect a turbocharger that not only delivers power but also stands the test of time.