KEY FEATURES:

• Featuring Eaton R2650 rotating group with 170 degree lobe helix angle for unrivaled thermal efficiency
• TVS2650 rotating group is proven to be 1200+ HP capable
• Reduced inlet air temperatures and recovery compared to the factory system
• Front Drive/Front Inlet design for a shorter less restrictive intake path to improve boost response
• Utilises the factory water-to-air intercooler system with the addition of 2.5x larger intercooler cores,and high flow 22mm molded hoses, creating a much more efficient intercooler system
• Supercharger manifold incorporates independent input drive assembly and throttle body housings allowing flexible throttle body applications
• OEM fuel line is re-routed and retained
• Thermal insulators and various 8PK Supercharger drive pulleys available at time of purchase
• Designed & Manufactured by Harrop to OE levels of appearance and operation
• Retains all factory ancillaries including A/C, Viscous engine fan and Power Steering

Harrop is proud to release the innovative TVS2650 Supercharger, originally designed as an upgrade for the factory LT4 TVS1740 Supercharger on the ZL1 Camaro, now available for the LT1 Camaro 2SS. The Supercharger upgrade utilises the largest, most-efficient rotating group ever produced by Eaton, the TVS2650, and enhances the intercooler system with 2.5 times larger twin, dual pass intercooler cores integrated in the manifold assembly.

The front drive / front inlet design allows for a shorter less restrictive intake path, allowing for improved airflow and superior performance. Like all Harrop products, our TVS2650 LT1 Supercharger is expertly assembled by qualified Supercharger technicians to ISO9001 quality standards, before being individually tested in-house on a dynamometer to ensure reliability and durability.

APPLICATIONS:

• 6th Gen Chevy Camaro 2SS (2016-2024)

PERFORMANCE:

• Capable of over 1200hp+ with supporting engine and accessory drive modifications
• Note - Quoted power figures are measured at the hubs on our Harrop HQ dynamometer