Forge High Flow Carbon Intake Kit - Carbon Fibre Hardpipe - Black Silicone Hoses

The Forge High Flow Carbon Intake Kit improves engine breathing by delivering cooler, denser air through a carbon fibre induction system. It replaces the standard intake with prepreg 2×2 twill carbon fibre components, designed to reduce heat soak and support consistent airflow under varied driving conditions.Discover the key features of this intake kit:Prepreg Carbon Fibre Intake: Formed in an autoclave for structural integrity and precision, this large-volume chamber features a smooth internal bore to support unrestricted airflow, while the carbon's low thermal conductivity helps reduce heat soak and maintain stable intake temperatures, contributing to reliable performance and smoother power delivery.4" Threaded Billet Turbo Inlet Coupler with Modular Adaptor System: Machined to accept stock and upgraded inlets (3 , 3.5 RHD, 4 LHD), this coupler provides a secure, adaptable connection that ensures maximum airflow capacity across a range of tune levels.Laser-Cut, Precision-Folded Stainless Steel Heat Shield: Sitting flush to the bonnet and utilising the OEM inlet feed, the shield directs cool external air to the filter while its side opening maintains airflow during stage 3+ tuning, contributing to lower inlet air temperatures and helping preserve safe air-fuel ratios under load.Dyno-Proven Performance Gains: Independently tested on a stock RS3 ECU, the kit delivered increases of up to +6 bhp at peak, with notable mid-range improvements of +25 bhp at 3,000 rpm and +17 bhp at 4,500 rpm, along with torque gains of +55 Nm and +23 Nm at those same engine speeds.This intake kit enables your engine to draw in cooler, less restricted airflow, which supports more consistent combustion and reliable throttle behaviour in everyday use. Its modular design also provides flexibility for future upgrades involving different turbo inlet sizes. It's a practical and well-built addition to your car setup, offering a smart choice for improving airflow and managing intake temperatures more effectively.