2024+ | Model 3 Tail Light Overlay Frames 1 Pair Real Dry Molded Carbon Fiber

Model 3 Tail Light Overlays (1 Pair) - Real Dry Molded Carbon Fiber
Fits: 2024+ Tesla Model 3 Highland Only
Elevate the look of your Tesla Model 3 with our Real Dry Molded Carbon Fiber Tail Light Overlays. Expertly crafted using advanced dry molded prepreg production techniques, these overlays offer unparalleled quality and durability, providing a premium upgrade to your vehicle's aesthetics.
Features:
Superior Craftsmanship: Made using dry molded prepreg carbon fiber, these overlays offer exceptional strength and a flawless finish. This high-end production method ensures that each piece is meticulously crafted for the best quality.
UV-Resistant Coating: Equipped with a UV-resistant coating, these overlays are protected against the harmful effects of sunlight, ensuring they maintain their sleek, high-quality finish over time.
Precision Fit: Specifically designed for the Tesla Model 3 Highland, these overlays ensure a seamless and precise fit. The meticulous craftsmanship complements the vehicle's aesthetics, resulting in a sleek, integrated appearance.
Easy Installation: Enjoy hassle-free installation with these taillight overlays. They allow you to enhance your Model 3's appearance without the need for complex modifications, making it easy to upgrade your vehicle with minimal effort.
Benefits:
High-Quality Production: The use of dry molded prepreg carbon fiber guarantees a premium product that stands out in both appearance and durability.
Long-Lasting Quality: The UV-resistant coating ensures that your taillight overlays stay looking great for years to come.
Effortless Enhancement: Quickly and easily upgrade the look of your Model 3 with these easy-to-install overlays.
Installation: These overlays simply adhere with 3m double-sided tape. The installation process consists of cleaning the taillights with isopropyl alcohol (optionally adhesive promoter), removal of tape backing, and adhering the double-sided pressure-sensitive tape to the surface via pressure.