Hawk HTC5316 Talon Cross-Drilled and Slotted Vented Disc Brake Rotor

The Hawk Performance Talon HTC5316 is a premium cross-drilled and slotted vented disc brake rotor engineered for drivers who demand sharper, more confident stopping power without sacrificing street drivability. Built on decades of friction engineering expertise, the Talon rotor brings race-proven technology to everyday performance driving.

At the heart of the Talon design is Hawk's proprietary DTC curved slot technology — precision CNC-milled slots derived directly from their acclaimed DTC racing rotors. These curved hook-slots improve brake pad bite, sweep away water, gas, and debris, and significantly reduce harmonic resonance for a quieter, cleaner braking experience.

Key Features:

• Cross-Drilled and Slotted Design — Beveled cross-drilled holes optimize thermal efficiency, heat dissipation, and wet-weather braking performance
• Proprietary DTC Curved Slots — CNC programmed, precision milled slots reduce harmonic resonance and maintain a clean pad contact surface
• Grade 3000 Cast Iron Construction — Engineered and manufactured in ISO-certified North American facilities for consistent quality and durability
• Magni™ Corrosion-Resistant Coating — Superior barrier against rust and corrosion; passes ISO-9227 salt-spray testing exceeding the 240-hour requirement
• OE-Matched Specifications — Built to match OEM dimensions, weight, and production standards for a direct, no-modification installation
• Dynamometer Validated — Every rotor design is verified through extensive brake dynamometer testing for reliable, repeatable performance
• Vented Rotor Design — Internal venting promotes airflow and thermal management under demanding conditions

The HTC5316 Talon rotor is sold as a pair, making it an ideal upgrade for performance street driving, towing, and track day use. Hawk Performance is part of the Carlisle Brake & Friction group, supplying braking solutions to motorsport organizations including the SCCA and Pirelli World Challenge Championship.