Hawk HTC4952 Talon Cross-Drilled and Slotted Disc Brake Rotor

The Hawk Performance HTC4952 Talon Cross-Drilled and Slotted Brake Rotor is a direct-fit, high-performance upgrade engineered to replace your factory rotor without any modifications. Built on decades of Hawk's brake engineering expertise, the Talon rotor brings race-proven technology directly to street and performance applications.

At the heart of the Talon rotor is Hawk's proprietary DTC curved slot design — CNC precision-milled slots derived from Hawk's renowned DTC racing rotors that improve brake pad bite, maintain a clean pad surface, and continuously expel heat, water, gas, and debris. The beveled cross-drilled holes further optimize thermal efficiency and heat dissipation, especially under hard or repeated braking.

Key Features:

• Proprietary DTC curved slot design adapted from Hawk's professional racing rotors for improved brake pad engagement
• Cross-drilled and slotted design optimizes thermal efficiency, heat dissipation, and wet-weather braking performance
• Engineered, machined, finished, and coated in ISO-certified facilities in North America
• Produced from G3000 (Grade 3000) cast iron — premium automotive-grade metallurgy
• All rotors are precision-balanced with CNC programmed milled slots to significantly reduce harmonic resonance and vibration
• Magni™ coating barrier provides superior corrosion resistance, resists galling, and ensures a quick, clean bed-in
• Salt-spray tested per ISO-9227, exceeding the 240-hour requirement for long-term corrosion protection
• Validated design and performance characteristics through extensive brake dynamometer testing
• Built to OE specifications, weights, and production processes — drop-in fitment with no modification required

The Hawk HTC4952 Talon rotor is an ideal upgrade for high-performance street driving, towing applications, and track use. Paired with Hawk brake pads, it delivers the consistent, confident stopping power that Hawk Performance is known for across professional motorsports and everyday performance driving.