- Features taillight, brake light, and license plate light
- No changes to your bike are required
- Constructed of durable polypropylene
- Universal license plate holder
- Easy to install
- Lightweight
The Acerbis X-LED CE Taillight is an innovative lighting solution designed for on-road and off-road powersports vehicles. Crafted with a lightweight yet durable polypropylene housing, this taillight ensures longevity and resilience against the rigors of riding. Its sleek black finish complements a variety of bike styles while providing high visibility for safety and compliance. The X-LED features integrated taillight, brake light, and license plate light functions, offering comprehensive illumination with a single unit.
Installation is straightforward and requires no modifications to your existing bike setup, making it an ideal upgrade for riders seeking enhanced safety without hassle. The universal license plate holder makes mounting simple and adaptable to different vehicle models. This taillight is fully approved for on-road use, ensuring compliance with relevant safety standards and regulations. Its compact design and lightweight construction contribute to overall vehicle performance and handling.
Designed by Acerbis, a trusted name in powersports accessories, the X-LED CE Taillight combines functionality, durability, and aesthetic appeal in a single package. Whether you're upgrading your current setup or adding new features to your bike, this taillight provides a reliable solution for improved visibility and safety on the road. Its robust construction and thoughtful design make it a practical choice for riders who demand quality and performance from their accessories.
Features:
- Integrated taillight, brake light, and license plate light for comprehensive visibility
- No modifications required for installation, compatible with most powersports vehicles
- Constructed of durable polypropylene for long-lasting performance
- Universal license plate holder for easy mounting
- Lightweight design aids in maintaining optimal vehicle handling and performance
