The Garrett G35 Reverse Rotation Turbine Housing Kit is engineered for builders running right-hand rotation turbo configurations who demand precise, efficient exhaust-side flow without compromise. This kit is purpose-built for enthusiasts and professional shops constructing high-performance G-Series turbo systems where reverse rotation geometry is required. It delivers the exacting engineering and flow characteristics that define the Garrett G-Series II lineup.
Specifications
- Turbine Wheel Inducer: 68mm
- Turbine Wheel Exducer: 62mm
- Turbine Wheel Trim: 84
- A/R Ratio: 1.21 O/V
- Inlet/Outlet Configuration: V-Band In/Out
- Rotation: Reverse Rotation
- Garrett P/N: 740902-0115
Performance & Application
This turbine housing kit is designed specifically for right-hand rotation applications, giving builders the flexibility to configure exhaust-side plumbing and turbo placement to suit compact engine bays or custom manifold layouts. The V-Band inlet and outlet configuration allows for fast, precise installation and reliable sealing in high-boost environments. Paired with the G35 turbine wheel geometry, this housing is built to support efficient exhaust energy extraction while maintaining the compact packaging Garrett’s G-Series II platform is known for. It’s the correct choice for builds requiring reverse rotation exhaust-side flow without sacrificing performance.
Frequently Asked Questions
- What is the A/R ratio of this turbine housing?
- This turbine housing kit uses a 1.21 A/R O/V ratio.
- What inlet and outlet configuration does this housing use?
- It features a V-Band inlet and outlet configuration.
- What is reverse rotation, and who is this kit for?
- This housing is purpose-built for right-hand rotation applications requiring compact, efficient exhaust-side flow.
- What are the turbine wheel dimensions on this kit?
- The turbine wheel features a 68mm inducer, 62mm exducer, and an 84 trim.
For builders committed to a reverse rotation G35 turbo system, this Garrett turbine housing kit delivers the exact engineering specification needed to get it right the first time.

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