PULSAR Next GEN PSR3582 Supercore for Ford Falcon to replace the factory GT3582R

SKU:N/A
$850.00
Tax included
1 x PULSAR Next GEN PSR3582 Supercore for Ford Falcon to replace the factory GT3582R Introducing the PULSAR Next GEN PSR3582 Supercore, meticulously crafted for Ford...
Front Cover Option
  • Standard
  • T51Mod
Add FG/FGX External XR6 Housing
  • No
  • Yes Add XR6 External Housing
Add 45mm Wastegate
  • No
  • Black Turbosmart Gen V 45mm Wastegate - + $539
  • Blue Turbosmart Gen V 45mm Wastegate - + $539
  • Red Turbosmart Gen V 45mm Wastegate - + $539
  • PSR Black Next Gen 45mm Wastegate - + $399
  • PSR Silver Next Gen 45mm Wastegate - + $399

Description

Reviews

PULSAR Next GEN PSR3582 Supercore for Ford Falcon to replace the factory GT3582R

1 x PULSAR Next GEN PSR3582 Supercore for Ford Falcon to replace the factory GT3582R

Introducing the PULSAR Next GEN PSR3582 Supercore, meticulously crafted for Ford Falcon enthusiasts seeking unparalleled performance upgrades. Designed as a direct replacement for the factory GT3582R, this Supercore unleashes a new realm of power and precision. Engineered with cutting-edge technology, it optimizes turbo efficiency, delivering an impressive boost in performance and responsiveness. Its seamless integration ensures a hassle-free upgrade, maximizing your Falcon's potential on the road or track. Elevate your driving experience with the PULSAR Next GEN PSR3582 Supercore, a testament to power, reliability, and the pursuit of automotive excellence.

 

Features: 

  • Supercore, excluding turbine housing.
  • Features a new Aerodynamic 10-blade billet compressor wheel for increased airflow compared to the stock cast or Generation 1,11-blade billet wheel.
  • Incorporates a new Aerodynamic 9-blade turbine wheel, reducing weight, inertia, and enhancing flowability.
  • Boasts a genuine structure and rebuildable dual ceramic ball bearing system for durability and performance.
  • Equipped with a larger 0.72A/R compressor cover featuring an Anti-Surge 4" inlet for optimized functionality and airflow efficiency.

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