Description
4.5" of carbon induction. Presenting the AWE S-FLO Carbon Intake Suite for the Toyota GR Supra. The S-FLO Carbon Intake is a full, modular replacement for the factory airbox. Featuring a 4.5" diameter inlet tube, and a massive oil-less inverted cone filter that provides 71% increase in filter surface area over stock... you're looking at an ample dose of upgraded induction worthy of dyno-proven 15 hp and 21 lb-ft of torque at the wheels (stage 1 software). A bespoke CNC laser-cut aluminum support bracket secures the S-FLO Carbon Intake, complete with machined aluminum mounting barbs. The genuine 2x2 twill carbon construction integrates a machined aluminum sensor fitting for OE-like fitment and CEL-free performance. For the full carbon experience, upgrade to also purchase the S-FLO Carbon Lid.
Install Instructions: Here
Features:
- Max gains of 15 hp and 21 lb-ft of torque at the wheels (stage 1 software)
- 71% increase in filter surface area over stock
- 4.5"diameter filter outlet
- S-FLO Filter with inverted cone design for increased flow
- S-FLO filter is washable and oil-less
- Designed, engineered, and tested in-house at AWE
- Bespoke CNC laser-cut aluminum support bracket included
- Intoxicating turbo spool
- Full S-FLO Carbon Lid available separately
- Machined aluminum sensor fitting and mounting points
- Retains stock mounting locations for an OE fit
- Genuine 2x2 carbon construction
- UV-stabilized resin and clear coat
- Perfect fitment, guaranteed
- AWE No Check Engine Light Guarantee
- Applicable to all 3.0L GR Supras
- Confirmed to fit on GR Supras with a Cusco front brace installed
Specifications:
- 50 State Legal : Yes
- Edition: S-FLO
- Fit Guarantee : Yes
- Hardware Included: Yes
- Material: Carbon Fiber
- No CEL Guarantee : Yes
- Tune Required: No
Fitment:
- Toyota GR Supra Base Hatchback 3.0 RWD 2022-2023
- Toyota GR Supra Premium Hatchback 3.0 RWD 2022-2023
- Toyota GR Supra Launch Edition Hatchback 3.0 RWD 2022-2023
- Toyota GR Supra A91 Edition Hatchback 3.0 RWD 2022-2023
WARNING: Cancer and Reproductive Harm
