EBC Racing 08-16 Mitsubishi Lancer Evo X SG Series One Piece Rear Rotors
EBC Racing 08-16 Mitsubishi Lancer Evo X SG Series One Piece Rear Rotors
EBC
Engineered to deliver professional-grade stopping power, the EBC Racing SG Swept Groove Rear Brake Disc Rotors offer high-performance 1-piece solid durability with the same advanced engineering as our premier 2-piece floating range. Featuring EBC's signature swept groove design, these rear rotors efficiently clear dust, debris, and hot gases from the pad surface. Precision-machined for extreme structural stability, they maintain low operating temperatures and eliminate thermal distortion during high-friction performance driving
![EBC Racing 08-16 Mitsubishi Lancer Evo X SG Series One Piece Rear Rotors]()
![EBC Racing 08-16 Mitsubishi Lancer Evo X SG Series One Piece Rear Rotors]()
![EBC Racing 08-16 Mitsubishi Lancer Evo X SG Series One Piece Rear Rotors]()
EBC Racing 08-16 Mitsubishi Lancer Evo X SG Series One Piece Rear Rotors
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1-4 DAYS DELIVERY
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100% ORIGINAL AND QUALITY
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24 MONTHS GUARANTEE
Engineered to deliver professional-grade stopping power, the EBC Racing SG Swept Groove Rear Brake Disc Rotors offer high-performance 1-piece solid durability with the same advanced engineering as our premier 2-piece floating range. Featuring EBC's signature swept groove design, these rear rotors efficiently clear dust, debris, and hot gases from the pad surface. Precision-machined for extreme structural stability, they maintain low operating temperatures and eliminate thermal distortion during high-friction performance driving
Engineered to deliver professional-grade stopping power, the EBC Racing SG Swept Groove Rear Brake Disc Rotors offer high-performance 1-piece solid durability with the same advanced engineering as our premier 2-piece floating range. Featuring EBC's signature swept groove design, these rear rotors efficiently clear dust, debris, and hot gases from the pad surface. Precision-machined for extreme structural stability, they maintain low operating temperatures and eliminate thermal distortion during high-friction performance driving
