Best Seller Precision Turbo & Engine Gen1 Pt5862 Jb E Cc W/ Buick 3-bolt Inlet .63 A/r Hd Act Pro Version [sd84AfZV]

Precision Turbo & Engine GEN1 PT5862 JB E CC W/ BUICK 3-BOLT INLET

Experience the power of Precision Turbo & Engine's GEN1 PT5862 JB E CC, a high-performance turbocharger designed to take your vehicle's performance to new heights. This advanced turbocharger is engineered to provide unmatched power and efficiency, ensuring that you stay ahead of the competition on the road.

Unmatched Performance and Efficiency

The PT5862 boasts a 640hp rating, making it one of the most powerful turbochargers on the market. It features Precision's exclusive CEA® (Competition Engineered Aerodynamics) turbine wheel, which is machined from a 2618-aluminum forging for superior strength and durability. This innovative design delivers higher efficiency and faster transient response, resulting in maximum power and performance for your vehicle. Key features include:

• CEA® Compressor Wheel: Enhances airflow and efficiency for superior performance.
• 58mm Inducer Compressor Wheel: Delivers strong and consistent airflow at high speeds.

Customizable and Reliable

The PT5862 offers a variety of compressor cover options to suit your specific needs, including the "B," "E," and "Ported S" covers, each with different inlet and outlet sizes. Additionally, the turbine housing is available in various configurations, including cast 310 stainless steel THV5S, T3 .63 or .82 A/R with 4 or 5 bolt discharge, and T4 Tangential or Divided .58 or .68 A/R with 3 5/8" OD V-Band discharge. This versatility ensures that you can find the perfect fit for your vehicle. To further enhance reliability, the turbocharger is available with either a Hydrodynamic 360 thrust bearing system or an Air-cooled, dual ceramic ball-bearing center housing rotating assembly (CHRA). Key benefits include:

• Multiple Compressor Cover Options: Tailored to fit your specific requirements.
• Various Turbine Housing Configurations: Provides flexibility and compatibility with different vehicles.