APR Carbon Fiber Intake System w/ Turbo Inlet Pipes - 992 3.0T/3.7T - CI100059

The APR Intake and Turbocharger Inlet System for the Porsche 911 (992) 3.0T and 3.7T offers a substantial upgrade in performance by addressing all restrictions within the factory intake system. This complete system is made from high quality carbon fiber with a gorgeous matte finish and billet fittings integrated directly into the carbon fiber. Smooth and organic transitions throughout the system promote airflow though the tightly packed rear engine design. We've increased flow through the air filters, out of the airbox, and into the turbochargers, addressing each weak point in the factory system. On the flow bench with the higher flowing factory system our system flowed 45% better with less pressure drop. On the dyno this directly translated to more power. On the lower output base 3.0T Carrera with our Stage 1 93 octane tune, we picked up 22 WHP and 22 FT-LBS of torque, to the wheels, and on the 3.7T Turbo S with stock software we saw gains as high as 29 AWHP and 27 AWFT-LBS of torque over stock!

This Part Fits:

Year	Make	Model	Submodel	Notes
2020	Porsche	911
2021	Porsche	911
2021	Porsche	911
2022	Porsche	911
2022	Porsche	911
2023	Porsche	911
2023	Porsche	911
2024	Porsche	911
2024	Porsche	911
2025	Porsche	911
2025	Porsche	911

Specifications:

10468	Closed
Brand	APR
Category	Air and Fuel Delivery
Emission Code	7
3801	Red
Filter Material	Pleated Cotton Gauze
Material	Carbon Fiber
Product Type	Intake Systems
Sub Category	Fuel Injection System and Related Components
Warning	California Proposition 65
Description_SHO	Intake
Description_INV	PORSCHE 992 INTAKE
Description_DES	APR Carbon Fiber Intake System w/ Turbo Inlet Pipes - 992 3.0T/3.7T
Description_EXT	Fits 2020-2024 Porsche 911
Description_MKT	The APR Intake and Turbocharger Inlet System for the Porsche 911 (992) 3.0T and 3.7T offers a substantial upgrade in performance by addressing all restrictions within the factory intake system. This complete system is made from high quality carbon fiber with a gorgeous matte finish and billet fittings integrated directly into the carbon fiber. Smooth and organic transitions throughout the system promote airflow though the tightly packed rear engine design. We've increased flow through the air filters, out of the airbox, and into the turbochargers, addressing each weak point in the factory system. On the flow bench with the higher flowing factory system our system flowed 45% better with less pressure drop. On the dyno this directly translated to more power. On the lower output base 3.0T Carrera with our Stage 1 93 octane tune, we picked up 22 WHP and 22 FT-LBS of torque, to the wheels, and on the 3.7T Turbo S with stock software we saw gains as high as 29 AWHP and 27 AWFT-LBS of torque over stock!
Description_FAB	+22 WHP / +22 WFT-LBS (APR STG 1 93 3.0T Carrera Base)
Description_FAB	+29 AWHP / +27 AWFT-LBS (Stock ECU 3.7T Turbo S)
Description_FAB	Flows 45% better than stock (3.0T Carrera Base) with less pressure drop and lower IAT
Description_FAB	High-Quality Matte Carbon Fiber design with smooth and organic transitions
Description_FAB	Complete system Includes filters, airbox, turbo inlets, brackets, and hoses
Description_FAB	Addresses each flow restriction in the factory design
Description_FAB	Direct plug and play upgrade
Description_FAB	Easy to access and washable pleated cotton gauze filters
Description_FAB	Filters flow 9% better than stock
Description_FAB	Airbox outlet has a 43% larger cross sectional area than stock
Description_FAB	Turbo inlets have a 9% (3.0T) and 23% (3.7T) larger cross sectional area than stock
Description_FAB	Removes the need for a restrictive flow straightener on the 3.7T
Description_FAB	Billet mounting points integrated into the design for a smooth transition and minimal clamps
Description_FAB	Integrated billet PCV fitting with Nitrile umbrella check valve
Description_FAB	Proper flex section provides necessary flex with minimal flow disruption
Description_FAB	Works on both 3.0T (Carrera/Targa) and 3.7T (Turbo) engines
Description_FAB	Does not impact emissions