Turbine Housing Kit, Garrett G35 REVERSE ROTATION, 1.01 A/R O/V, T3 In/VB Out, P/N: 740902-0117

The Garrett G35 Reverse Rotation Turbine Housing Kit is engineered for builds that demand counter-clockwise turbine rotation without sacrificing the flow characteristics that make the G-Series II platform a top choice for serious power. This housing is built for enthusiasts and shops configuring custom G35 turbo setups where reverse rotation is a packaging or engineering requirement. It delivers the same precision Garrett engineering found across the G-Series II lineup, in a configuration suited to specialized installations.

Specifications

• A/R Ratio: 1.01 O/V
• Turbine Inlet: T3, Open (undivided)
• Turbine Outlet: V-Band
• Turbine Wheel Inducer: 68mm
• Turbine Wheel Exducer: 62mm
• Turbine Wheel Trim: 84
• Rotation: Reverse Rotation
• Garrett P/N: 740902-0117

Performance & Application

This turbine housing kit is purpose-built for applications requiring reverse rotation on the Garrett G35 platform. The open (undivided) T3 inlet paired with a V-band outlet supports efficient exhaust flow while accommodating the counter-clockwise turbine orientation needed for specific engine layouts or mirrored turbo installations. It’s the right choice for builders working within the G-Series II ecosystem who need reverse rotation without compromising on flow-optimized housing design.

Frequently Asked Questions

What is the A/R ratio of this turbine housing?

The turbine housing kit features a 1.01 A/R ratio, configured as O/V.

What turbine inlet and outlet configuration does this housing use?

It uses an Open (undivided) T3 inlet with a V-Band outlet.

Is this turbine housing standard or reverse rotation?

This is a reverse rotation turbine housing kit, designed for applications requiring counter-clockwise turbine rotation.

What are the turbine wheel dimensions?

The turbine wheel features a 68mm inducer, 62mm exducer, and an 84 trim.

For builds requiring true reverse rotation within the Garrett G35 platform, this turbine housing kit delivers the precise flow configuration and rotational direction needed to get it right the first time.