Upgrade your vehicle's braking performance with the EBC Racing Black Apollo-4 Front Big Brake Kit, designed specifically for Subaru BRZ models from 2012 to 2021 and Toyota GT86 models in the same years. This comprehensive kit features a 330mm disc diameter, providing increased stopping power and improved heat dissipation for high-performance driving. Crafted with precision, the components are finished in a sleek black, enhancing both aesthetics and durability. The kit is engineered to deliver reliable braking performance under demanding conditions, making it ideal for enthusiasts seeking to upgrade their stock braking system.
Installation instructions recommend careful trial fitting, and if the kit does not fit your specific engine model or vehicle configuration, EBC offers a refund policy to ensure customer satisfaction. The kit includes all necessary hardware and comes in two boxes for convenience. It*s designed to be compatible with the vehicle*s existing setup, but due to variances in vehicle models, fitment should be verified before installation. The robust construction and high-quality materials used in this kit ensure long-lasting performance and enhanced safety for your vehicle.
For those seeking a reliable upgrade for street or track use, the EBC Big Brake Kit provides superior stopping power, a consistent pedal feel, and improved braking response. Whether you're upgrading for performance or safety, this kit offers a significant enhancement over standard brakes, ensuring confidence during demanding driving situations. Trust EBC*s reputation for quality and performance in automotive braking systems to deliver a product that meets your high standards.
Features:
- Front brake kit with 330mm diameter disc for increased stopping power
- Black finish on calipers and components for durability and aesthetic appeal
- Includes all hardware necessary for installation, shipped in two boxes
- Designed for Subaru BRZ (2012-2021) and Toyota GT86 (2012-2021) models
- Engineered for high-performance driving with reliable heat management