The 2020-2025 Tesla Model Y has one of the most recognizable silhouettes on the road — and the AGX Style Dry Carbon Fiber Trunk Spoiler by FYBR Aerodynamics sharpens it. This is genuine dry carbon fiber (not wet-lay, not ABS carbon-look plastic), cut and cured specifically for the first-generation Model Y. If you have a 2025+ Juniper-refresh Model Y, this spoiler is not a fit — it is engineered exclusively for the 2020-2025 1st-Gen chassis. The result is a clean, architectural trailing edge that elevates the rear profile without overpowering the Model Y's minimalist factory design.

• Genuine Dry Carbon FiberReal dry carbon — not wet-lay carbon fiber and not ABS plastic with a carbon-print wrap. Manufactured using a prepreg process and vacuum-sealed cure for material that is lighter, stiffer, and more consistent than imitation alternatives.
• UV-Resistant GlossFinished with a premium anti-UV coating that preserves the deep luster of the carbon fiber fabric and protects against yellowing from sun exposure.
• Precision WeaveFeatures a standard 2x2 twill weave pattern that provides a classic, high-end aesthetic consistent with premium motorsport styling.
• Simple InstallationMounts securely using automotive-grade double-sided adhesive for a clean, drill-free application on the Tesla Model Y hatch.
• 1st-Gen Model Y Only — Not JuniperThe 2025+ Model Y Juniper refresh changed the rear hatch geometry. This spoiler is designed for the original 2020-2025 Model Y body. Do not purchase for a Juniper-generation car.

• Dry Carbon vs. Wet-Lay CarbonWet-lay (hand-laminated) carbon uses liquid resin applied manually, which creates inconsistent fiber saturation and heavier panels. Dry carbon uses pre-impregnated (prepreg) fiber sheets cured under vacuum pressure — resulting in a more uniform 2x2 weave, lower weight, and better structural integrity.
• Dry Carbon vs. ABS Carbon-LookMany listings sell ABS plastic panels with a carbon-fiber print or thin decorative wrap. This spoiler is solid carbon fiber through and through — the weave pattern you see is the structural material, not a surface film applied over plastic.