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The BRAKING Epta Batfly Kit with aluminum hub and 280mm rotor offers an advanced braking solution designed for high-performance riding. Featuring an evolved design based on the popular Batfly model, this kit introduces a new coupling system between the rotor and carrier that enhances overall braking efficiency and responsiveness. The rotor maintains the classic Batfly geometry with a directional non-round profile, optimized to improve aerodynamics and heat dissipation while reducing weight. The aluminum carrier, crafted from AL7075-T6, ensures a combination of high rigidity and lightweight performance, allowing for better handling and control during aggressive riding scenarios. The innovative rotor-hub coupling system provides a more direct connection, creating a consistent and powerful braking feel from start to finish. This setup ensures the rider experiences immediate response and effective modulation, crucial for competitive and demanding riding conditions. The system's design also improves load transfer between the rotor and hub, replacing traditional pins with connecting clips and nails that prevent deformation and floating variability over time. This results in more consistent braking performance and longer component lifespan. Additionally, the new rotor-hub geometry enables the rotor stems to slide radially, which helps absorb stresses and deformations caused by high temperatures during intense braking. This design promotes a more uniform disc temperature distribution, maintaining optimal braking performance without increasing weight. Endorsed by top MXGP riders, the Epta Batfly Kit delivers enhanced feel and power, making it an ideal upgrade for riders seeking precision, durability, and superior braking performance in competitive environments. Features: - Same Batfly geometry with directional non-round profile for improved aerodynamics and heat management
- Aluminum AL7075-T6 carrier offers optimized shape, reduced weight, and increased rigidity
- New rotor-hub coupling system provides a direct, constant contact for powerful, consistent braking
- Enhanced rotor to hub load transfer with connecting clips and nails prevents deformation and variability over time
- Radial rotor stem movement improves response to high-temperature stresses and deformations, ensuring uniform disc temperature
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