EBC BBK063R-1F Apollo-4 Big Brake Kit Anodized Calipers 330mm Rotors Front

The EBC BBK063R-1F is a front Balanced Big Brake Kit featuring anodized Apollo-4 four-piston calipers and oversized 330mm two-piece floating rotors. Engineered by EBC Racing in the UK, this kit delivers a dramatic upgrade in stopping power and thermal performance over factory brake components.

Key Features:

• Apollo-4 Anodized Calipers — Cast, machined, and assembled in the UK from low-pressure heat-treated aluminium castings for superior strength and stiffness
• 330mm Two-Piece Fully Floating Rotors — Oversized discs improve heat dissipation and reduce the risk of rotor cracking under repeated hard braking
• Staggered-Bore Aluminium Pistons — Hard anodized pistons with staggered sizing eliminate uneven pad wear; serrated nose design reduces heat transfer into the hydraulic system
• 100% Stainless Steel Hardware — All fittings, cross-over pipes, pad retention bolts, and wear plates are stainless steel to prevent corrosion
• 2-Piece Bolted Caliper Bridge — High-tensile 12.9 grade steel bridge bolts reduce caliper flex for a firmer, more responsive pedal feel, especially under sustained high-temperature use
• 1-Bolt Pad Retention System — Enables fast, tool-efficient pad changes at the track or in the garage
• Aerospace-Grade Billet Aluminium Brackets — Caliper mounting brackets and disc bell machined from billet aluminium for lightweight rigidity
• Includes EBC Yellowstuff™ Brake Pads — EBC's flagship fast-street and track compound included with the front kit
• Balanced Upgrade Included — Kit is supplied with matching rear friction pads and braided stainless brake lines front and rear for a fully balanced braking system at no extra cost

The EBC Balanced Big Brake Kit philosophy ensures that upgrading the front axle never comes at the expense of rear brake balance. Every front kit ships complete with rear pad and line upgrades, making this a comprehensive, vehicle-wide braking solution. The Apollo Series caliper design provides caliper body stiffness comparable to a forged component, outperforming conventional gravity-cast alternatives in both strength and consistency.