iMP Performance 2002-2017 Mercedes Benz W463 G Class & G55 G63 Carbon Fiber Front Roof Spoiler w/ DRL
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Elevate your 2002-2017 Mercedes-Benz G-Class (W463), G55, or G63 with the iMP Carbon Fiber Front Roof Spoiler w/ DRL. This Mercedes Benz Carbon Fiber Front Roof Spoiler w/ DRL delivers aggressive styling and improved aerodynamics
Features:
✔Integrated DRL for Safety & Style：The built-in Daytime Running Lights (DRL) in the Mercedes Benz rear spoiler feature 12 high-intensity LED modules, delivering 360° all-around visibility to enhance road safety under all conditions. Its sleek, flush-mount design seamlessly integrates with the aerodynamic profile of the spoiler, emitting a modern and sharp glow that perfectly complements the bold stance of the G-Class SUV—no extra wiring harnesses are required; it simply plugs and plays with the factory electrical system.
✔Expertly Crafted Detailing：Every Mercedes Benz Carbon Fiber Front Roof Spoiler w/ DRL undergoes meticulous hand-finishing by skilled artisans. From the precise alignment of the carbon fiber weave to the seamless integration of the LED bezels, each component is inspected to meet exacting standards. The result is a product that not only performs flawlessly but also boasts show-stopping aesthetics, worthy of the Mercedes-Benz name.
✔Performance-Enhancing Design：More than a styling upgrade, this Mercedes Benz Carbon Fiber Front Roof Spoiler w/ DRL combines functional aerodynamics, advanced lighting technology, and premium materials to transform your G-Class. Ideal for enthusiasts who demand innovation without compromising on OE quality, it delivers a bold, customized look while enhancing safety and driving dynamics—making it the ultimate upgrade for your Mercedes-Benz.
✔Premium Carbon Fiber Construction：Engineered exclusively for 2002–2017 Mercedes Benz Carbon Fiber Front Roof Spoiler w/ DRL-ready G Class (W463), G55, and G63 models, this spoiler combines aerospace-grade carbon fiber with a high-density weave for unrivaled strength-to-weight ratio—40% lighter than OEM alternatives while resisting impacts and extreme temperatures
