Track Presence. Functional Airflow. OEM-Level Fitment.

Upgrade your S550 with the 2015–2017 Mustang Type-GTD Aluminum Fenders w/ Functional Vent (Pair) — engineered for aggressive styling, improved airflow management, and lightweight performance.

Designed specifically for the Ford Mustang platform, these GTD-inspired aluminum fenders transform the front profile while adding true functional venting to help extract hot air from the engine bay.

This is not just cosmetic — it’s a performance-focused exterior upgrade.

🔥 Key Features

✔ Lightweight Aluminum Construction

Precision-formed aluminum panels reduce unnecessary weight compared to OEM steel fenders while maintaining structural rigidity.

✔ Functional Heat-Extraction Vent

Integrated vent design allows hot air to escape from the engine bay, improving airflow efficiency and enhancing track readiness.

✔ Type-GTD Inspired Design

Motorsport-driven styling with aggressive body lines that elevate the front-end presence of your Mustang.

✔ Direct Replacement Fitment

Designed as a direct replacement for factory fenders with OEM-style mounting points for proper alignment.

✔ Sold as a Pair

Includes driver and passenger side fenders.

🏁 Performance Meets Presence

Whether you're building a street-dominating S550 or a track-focused machine, these aluminum fenders deliver:

• Enhanced engine bay ventilation

• Aggressive widebody-inspired aesthetics

• Reduced front-end weight

• Clean integration with factory hood and bumper

Perfect for boosted builds, track cars, or anyone looking to separate their Mustang from the crowd.

⚙️ Fitment

• 2015–2017 Ford Mustang (S550)

• Compatible with EcoBoost, GT 

• Professional installation recommended

• Prep and paint required

💎 Why Choose Type-GTD Aluminum Fenders?

✔ Motorsport-inspired styling
✔ Functional airflow venting
✔ Lightweight aluminum construction
✔ Direct bolt-on replacement design
✔ Ideal for street and track builds

Transform the front profile of your Mustang with a bold, race-inspired upgrade built for both form and function.