Eventuri Porsche Cayenne 2025+ Turbo S, GTS, GT 4.0 TFSI Intake EVE-FLV8TT-CF-INT

Eventuri Porsche Cayenne 2025+ Turbo S, GTS, GT 4.0 TFSI Intake EVE-FLV8TT-CF-INT

Push the performance limits of your car with the Eventuri Porsche Cayenne 2025+ Turbo S, GTS, GT 4.0 TFSI Intake EVE-FLV8TT-CF-INT. Specifically engineered for the facelifted Porsche Cayenne Turbo models, this high-performance intake system is a game-changer for drivers seeking improved power delivery, faster turbo response, and an aggressive induction sound. Built from premium carbon fiber and tailored to perfection, this intake is the perfect match for your high-powered V8.

Product Information – Eventuri Porsche Cayenne 2025+ Turbo S, GTS, GT 4.0 TFSI Intake EVE-FLV8TT-CF-INT

Designed around the EA825 4.0TFSI V8 engine, this intake system replaces the restrictive OEM airbox and inlets with a purpose-built solution aimed at maximizing airflow. Eventuri’s signature pre-preg carbon fiber construction ensures not only a sleek visual upgrade but also a smoother internal surface for less airflow resistance. The upgraded carbon fiber airbox lid features an elevated central portion, allowing for a larger flow collector and oversized cone filters, removing the bottleneck caused by the OEM lid. Coupled with redesigned turbo inlets that boast up to 43% larger cross-sectional area compared to stock, this intake ensures your turbos breathe freely, delivering quicker spool and better throttle response.

Advantages and Improvements

• Significantly improved airflow with reduced intake drag

• Up to 43% larger turbo inlets for better volume and responsiveness

• Noticeably quicker throttle response and increased power delivery

• Elimination of stock intake restrictions for optimized engine breathing

• Larger high-flow dry cone filters for superior filtration and flow

• Improved induction sound that enhances the driving experience

Every component in this system is designed for real performance gains — not just aesthetics. Expect a more aggressive feel and a noticeable difference in how your Cayenne responds, especially under load and during spirited driving.

Design

Eventuri’s intake system is a masterpiece of engineering and form, blending functionality with high-end automotive design. The carbon fiber lid not only improves performance but also delivers a premium engine bay aesthetic. The raised center design improves flow dynamics while retaining OEM mounting points for a straightforward installation. The flow collector is engineered to seamlessly guide air from the filters into the inlets with minimal turbulence, while the custom turbo inlets accommodate engine movement without compromising performance.

Materials and Quality

• 100% pre-preg carbon fiber construction – no fiberglass fillers

• Custom EPDM inlet hoses – heat and pressure resistant

• CNC machined aluminum reinforcement rings – durability with precision

• Bespoke dry cone filters – high flow and long-lasting performance

Built to aerospace-level tolerances, the Eventuri intake reflects the highest standards in automotive aftermarket engineering.

Package Contents

• Enlarged carbon fiber airbox lid

• Carbon fiber flow collector

• 2 x Custom EPDM turbo inlet hoses

• 2 x Bespoke high-flow dry cone filters

• CNC-machined reinforcement rings

• Full installation hardware and instructions

Why Choose This Product – Eventuri Porsche Cayenne 2025+ Turbo S, GTS, GT 4.0 TFSI Intake EVE-FLV8TT-CF-INT

If you drive a 2025+ Porsche Cayenne Turbo S, GTS, or GT, this intake was made for you. Unlike generic solutions, this system is precision-tailored to your exact vehicle. By replacing restrictive stock components with a complete engineered system, it brings out the full potential of your V8 twin-turbo engine. Whether you’re tracking your Cayenne or simply want supercar-like responsiveness on the road, the Eventuri intake is a must-have. It’s more than an upgrade — it’s a transformation. And of course, this product is part of our broader lineup of performance car parts, ensuring your vehicle looks and performs at its peak.

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