The AH40 Premium LED Lightbar Rear Spoiler Upgrade is the ultimate aerodynamic lighting modification designed exclusively for the current 40 Series Toyota Alphard and Vellfire (2023–Present). This elite roof spoiler replaces the standard factory trim with a sharp, performance-driven profile, embedded with a futuristic, full-width LED Lightbar that completely redefines your luxury MPV's rear stance while providing advanced signal synchronization.

Product Features & Benefits

• Futuristic LED Lightbar Integration: Features a continuous, high-intensity rear lightbar integrated seamlessly into the trailing edge of the spoiler, delivering uniform neon-like illumination without visible individual LED dots.

• Dynamic Running Welcome Mode (WLC): Programmed with an elite Scanning Welcome Mode Sequence that triggers a sleek, sweeping animation the exact moment you unlock or approach your MPV, delivering an unforgettable VIP greeting.

• High-Visibility Tail & Signal Tech: Synchronizes flawlessly with your vehicle's factory electrical triggers, operating as an eye-level running light, a high-safety brake light, and a dynamic indicator to ensure ultimate rear-end safety.

• Premium Color-Matched Finish Availability: Precision pre-painted and available directly in Factory White and Gloss Black options, utilizing high-quality spray painting methods to guarantee a 100% paint match to your vehicle's executive body lines.

• Sporty, High-End Aerodynamics: Enhances the rear roof profile with a clean, aggressive lift that channels airflow efficiently while emphasizing the bold design language of the 40 Series.

• 100% True Plug and Play Installation: Engineered with factory-matching internal socket decoders. It hooks directly into the vehicle's upper tailgate wiring matrix with zero wire cutting, splicing, or physical tapping required.

• Professional Installation: Expert fitment is available across the Selangor and KL area, ensuring solid structural alignment, hidden waterproof wire routing, and complete testing of the light sequence modules.