| Year | Make | Model |
|---|---|---|
| 2020 - 2026 | Porsche | 911 |
| 2022 - 2026 | Porsche | 911 992.1 GTS |
| 2021 - 2026 | Porsche | 992 Turbo |
APR Carbon Fiber Intake System | Porsche 911 (992) 3.0T/3.7T (CI100059)
APR Carbon Fiber Intake System | Porsche 911 (992) 3.0T/3.7T (CI100059)
SKU:CI100059
Out of stock
Couldn't load pickup availability
▶ Vehicle Fitments
The APR 20-25 Porsche 911 Carbon Fiber Intake System with Turbo Inlet Pipes is a high-performance upgrade designed for the Porsche 911 (992) 3.0T and 3.7T models. Constructed from premium carbon fiber with a matte finish and integrated billet fittings, this system enhances airflow by eliminating restrictions within the factory intake. Its smooth, organic transitions improve airflow through the rear-engine design, increasing efficiency and power output. Flow bench testing shows a 45% improvement over the stock system with reduced pressure drop, translating to significant gains on the dyno. For example, on a base 3.0T Carrera with a Stage 1 93 octane tune, it delivers an additional 22 wheel horsepower and 22 ft-lbs of torque, while on a 3.7T Turbo S with stock software, gains of up to 29 AWHP and 27 AWFT-LBS are achievable.
This intake system is specifically designed for 2019–2025 Porsche 911 models equipped with the 3.0T and 3.7T engines. It is a direct bolt-on upgrade that addresses factory restrictions to maximize airflow and performance. Suitable for street and performance driving, it improves throttle response and power delivery across the rev range. The kit includes the carbon fiber intake components and billet fittings necessary for installation, ensuring a durable and lightweight upgrade. Compatible with stock and tuned configurations, this system is ideal for enthusiasts seeking to enhance their Porsche 911’s performance and airflow efficiency.
Share
Overview
Overview
APR Performance Intake System
Fits 2020–2025 Porsche 911 (992) 3.0T and 3.7T Models
Part #: CI100059
Overview
The APR Carbon Fiber Intake and Turbocharger Inlet System is a high-performance upgrade designed specifically for the Porsche 911 (992) models equipped with 3.0T and 3.7T engines. Crafted from premium carbon fiber with a sleek matte finish, this complete system enhances airflow efficiency and supports improved engine response. It is ideal for enthusiasts seeking to optimize their vehicle’s power delivery, airflow, and overall driving experience while maintaining durability and a refined appearance.
Key Features
- Constructed from high-quality carbon fiber for lightweight strength and heat resistance
- Billet fittings integrated directly into the carbon fiber for durability and precision fit
- Designed with smooth, organic transitions to promote optimal airflow through the engine bay
- Addresses factory intake restrictions to improve volumetric efficiency
- Engineered to increase flow through air filters, airbox, and turbochargers
- Supports measurable gains in horsepower and torque with proper tuning
- Enhances the aesthetic appeal of the engine bay with a high-tech carbon fiber finish
Construction & Design
This intake system features a meticulously engineered design utilizing high-grade carbon fiber, ensuring both lightweight performance and exceptional heat management. The billet fittings are machined for precise integration, providing a seamless and robust connection that withstands high temperatures and demanding driving conditions.
Performance & Response
By reducing airflow restrictions and improving volumetric flow, this system helps your Porsche 911 breathe more freely. The result is a more responsive throttle, increased power potential, and enhanced engine sound characteristics, delivering a more engaging driving experience.
Installation & Fitment
Designed as a direct bolt-on upgrade, the APR Intake System requires minimal modifications for installation. Proper fitment ensures a secure, leak-free connection that maintains factory-like reliability and performance.
What’s Included
The package includes all necessary carbon fiber intake components, billet fittings, and hardware required for a complete installation.