Harrop BRZ/GR86 FA24 Supercharger Tuner Kit

Designed and manufactured by Harrop to OE standards, utilizing the latest generation Eaton TVS supercharger technology, the TVS1320 Supercharger system is exclusively designed for the FA24 engine.

The front drive/front inlet design allows for a shorter less restrictive intake path allowing for improved air flow and superior performance. The integrated design utilizing two high density water to air intercoolers provides optimal air distribution over the intercooler face.

KEY FEATURES 

• Harrop Supercharged FA24 - 226kW (303HP) +41% and 321Nm (237 ft-lb) +36%
• High efficiency TVS1320 Supercharger technology
• Inverted supercharger provides more plenum volume before and after intercoolers
• Supercharger kit retains OEM port and direct injectors
• One piece manifold / supercharger housing design
• Dual pass low temperature intercooler radiator
• Twin, dual pass high capacity water to air intercoolers
• High flow bosch closed circuit intercooler pump
• Will support standard to full engine builds
• OE appearance and operation, no modification required and fits under stock bonnet
• Available in Red or Black
• Initially available as a 'Tuner Kit' excluding ECUTEK calibration
• CARB EO application pending for USA market

Given the success of our industry leading TVS1320 Supercharger Kit for the FA20 engine, our engineering team have designed and developed a TVS1320 Supercharger to suit the FA24 found in the new Toyota GR86 and Subaru BRZ platforms.

Designed and manufactured to OE standards, the front drive / front inlet design allows for a shorter less restrictive intake path allowing for improved air flow and superior performance. The integrated design utilizing two high density water to air intercoolers provides optimal air distribution over the intercooler face.

Installation is of OE appearance and fitment, leveraged from designing and supplying OE supercharger programs including Ford and Lotus.

• Stage 1 - 303 HP /237 FT-LBS (+88HP / +63 FT-LBS)
• Note - Quoted power figures are measured at the hubs on our Harrop HQ dynometer