Upgrade your Honda Civic Type R from 2017 to 2026 with the DFC Part Number 920-59065 front drilled rotor. Crafted from premium G3000/G11H18 iron castings, this rotor offers exceptional strength, stability, and durability for reliable performance. The original equipment vane configuration ensures optimal heat dissipation during braking, helping to maintain consistent stopping power under demanding conditions. Precision mill-balanced to eliminate vibrations, it guarantees smoother braking at all speeds, enhancing driving comfort and safety. The finely turned finish with a 16 RMS surface improves initial rotor and pad break-in, promoting longer pad life and efficient braking. Featuring Geomet(R) coating, this rotor provides high-performance corrosion resistance, ensuring its longevity even in harsh environments. The rotor maintains tight manufacturing tolerances with a maximum disc thickness variation of 0.010 mm and lateral runout limited to 0.050 mm, which helps preserve braking performance and reduce brake pulsation. Designed specifically for front applications, this rotor is a direct replacement that meets or exceeds OEM standards, ensuring compatibility and reliable operation. Easy to install, it is an ideal upgrade for drivers seeking improved braking performance and rotor longevity in their Honda Civic Hatchback. Whether for daily driving or spirited driving, the DFC drilled rotor provides consistent, high-quality braking power, backed by durable construction and advanced coatings for corrosion protection.

Features:

• Engineered with premium G3000/G11H18 iron castings for strength, stability, and durability
• Original Equipment vane configuration for optimal heat dissipation
• 100% precision mill-balanced for smoother stopping and zero vibration at any speed
• Fined turned finish (16 RMS) for improved initial rotor and pad break-in
• Geomet(R) coated to provide high-performance corrosion protection
• Disc thickness variation (DTV) limited to 0.010 mm maximum
• Lateral runout maintained within 0.050 mm maximum