Turbine Housing Kit, Garrett G35, REVERSE ROTATION, 1.01 A/R O/V, V-Band In/Out, P/N: 740902-0114

The Garrett G35 Reverse Rotation Turbine Housing Kit is engineered for builders running counter-clockwise turbine rotation on LS-series and other RWD platforms. This housing pairs precision turbine wheel geometry with a V-Band in/out configuration for a clean, efficient exhaust-side setup. It’s the right choice for enthusiasts who need reverse rotation compatibility without sacrificing the spool characteristics Garrett’s G-Series is known for.

Specifications

• Turbine Wheel Inducer: 68mm
• Turbine Wheel Exducer: 62mm
• Turbine Wheel Trim: 84
• A/R Ratio: 1.01 O/V
• Inlet/Outlet: V-Band In/Out
• Rotation: Reverse Rotation
• Garrett P/N: 740902-0114

Performance & Application

This turbine housing kit is built for LS-series and other RWD applications that require counter-clockwise rotation. The 68mm inducer and 62mm exducer turbine wheel at 84 trim are configured for optimized spool characteristics within this housing’s 1.01 A/R O/V design. The V-Band in/out design simplifies exhaust plumbing while maintaining a secure, leak-resistant connection. This kit is suited to builders standardizing on Garrett’s G-Series platform for reverse rotation setups.

Compatibility & Fitment

• LS-series applications
• Other RWD applications requiring counter-clockwise rotation

Frequently Asked Questions

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

This housing kit uses a 1.01 A/R O/V configuration.

Is this a reverse rotation turbine housing?

Yes, this is a Garrett G35 reverse rotation turbine housing kit.

What inlet/outlet connections does this housing use?

This turbine housing features V-Band inlet and outlet connections.

What vehicles or applications is this compatible with?

This kit is designed for LS-series and other RWD applications requiring counter-clockwise rotation.

For builders running reverse rotation setups on LS-series or other counter-clockwise RWD platforms, this Garrett G35 turbine housing kit delivers the exact geometry and V-Band configuration needed for a precise, high-performance fit.