Eventuri Mercedes G63 W465 AMG 2025+ ; M177 Engine code Carbon Intake
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📞 Ask an Expert!Introducing the G63 AMG Eventuri Intake. Fitment for the 2025+ W465 with engine code M177.
The G63 AMG W465 Eventuri Intake is crafted from prepreg carbon fiber, featuring CNC machined components and custom-designed high-flow filters. This intake is a complete redesign of the OEM airboxes and flow path. By utilizing the additional space under the hood, we have significantly increased the intake volume, achieving an impressive 25% greater airflow rate compared to the OEM airboxes, all while retaining the original cold air feeds.
The larger volume of the intake also facilitates a smoother airflow path, allowing the turbos to draw air with reduced resistance. This results in a decreased wastegate duty cycle and ultimately enhances overall performance.
To accommodate the increased size of the intake, we have also redesigned the engine cover which features a red kevlar section and a herringbone carbon weave.
The Eventuri G63 AMG intake system delivers industry-leading performance gains while providing both audible and visual enhancements for an enriched driving and ownership experience.
Part Numbers:
- EVE-G63W465-CF-INT : Mercedes G63 AMG W465 M177 Intake System in Gloss Carbon Fiber

The Eventuri G63 AMG intake system consists of a number of components engineered to perform a specific purpose and fabricated to the highest of standards. We use 100% pre-preg carbon fiber with no fibreglass which means we can achieve a smooth internal surface to maintain smoother airflow. Here are the details for each component and the design ethos behind them:
Each intake system consists of:
- Carbon Fiber Airbox Bases
- Carbon Fiber Airbox Lids
- Bespoke High Flow Dry Filters
- Carbon Fiber Engine Cover
- CNC Machined Sensor Mounts
- Custom EPDM Flexible Duct Connectors
- Laser Cut Stainless Steel Brackets

AIRBOX ASSEMBLIES
The airbox assemblies feature a two-part design, with upper and lower sections separated by filter panels. Each section is carefully crafted to maximize internal volume while ensuring an unobstructed path for airflow to reach the turbos. The primary challenge in this design was enhancing the airboxes’ internal volume to improve flow rate capacity beyond the stock airboxes. Given the compact nature of the G63 engine bay, this was achieved by optimizing the internal height of the airboxes. The most significant improvement came from enlarging the upper airbox lids, resulting in a substantial volume increase and a smoother, more efficient airflow path.








