Hawk 2010 Camaro SS HT-10 Race Rear Brake Pads

Hawk Performance HT-10 Race Brake Pads (REAR)

2010 Chevrolet Camaro SS

HB194S.570

Overview:

The Hawk Performance HT-10 Race Brake Pads are engineered specifically for high-performance street and track use, delivering exceptional stopping power for your 2010 Chevrolet Camaro SS. Designed to replace your factory rear brake pads, these pads offer a significant upgrade in braking performance without compromising street drivability. Ideal for enthusiasts seeking enhanced control and confidence during spirited driving, the HT-10 compound provides a reliable and consistent braking experience under demanding conditions.

These brake pads utilize Hawk’s High Performance Street (HPS) compound, known for its superior friction characteristics compared to standard OEM pads. This results in a 20 to 40 percent increase in stopping power, allowing you to brake later and harder with improved pedal feel. Additionally, the HT-10 pads resist brake fade effectively, maintaining consistent performance even during aggressive driving or track sessions.

Key Features:

Hawk Performance HT-10 Race Brake Pads combine advanced materials and proven technology to enhance your Camaro SS’s braking system. Key features include:

• High Performance Street (HPS) compound for increased friction and stopping power
• 20 to 40% more stopping power compared to stock brake pads
• Excellent resistance to brake fade for consistent pedal feel
• Durable formulation that extends pad life under aggressive use
• Reduced brake dust generation for cleaner wheels
• Precision fitment for direct replacement of rear brake pads on 2010 Camaro SS
• Optimized for street-legal vehicles with occasional track use
• Thickness: 0.570 inches, ensuring proper caliper clearance and performance

Construction & Design:

The HT-10 pads are crafted using Hawk’s proprietary High Performance Street compound, which balances aggressive braking performance with street-friendly characteristics. This semi-metallic formula incorporates a blend of friction materials designed to provide strong bite, excellent modulation, and thermal stability. The pads are engineered to minimize noise and vibration while maintaining durability under repeated heavy braking.

Each pad is precision-molded to meet strict quality standards, ensuring consistent thickness and shape for a perfect fit in the rear calipers of the 2010 Chevrolet Camaro SS. This attention to detail helps maintain optimal brake system performance and safety.

Performance & Sound

The HT-10 compound delivers a firm and responsive pedal feel, allowing drivers to modulate braking force with confidence. Its resistance to fade means the pads maintain consistent friction levels even during extended spirited driving or track sessions. Additionally, these pads produce less brake dust than many other performance compounds, helping to keep your wheels cleaner.

While designed for high performance, the HT-10 pads are engineered to minimize noise and harshness, providing a quiet and comfortable driving experience suitable for daily use.

Installation & Fitment:

These brake pads are a direct fit replacement for the rear brakes on the 2010 Chevrolet Camaro SS, requiring no modifications for installation. They are designed to work seamlessly with the factory calipers and hardware. Installation can be completed by a professional technician or an experienced DIYer with standard brake service tools. It is recommended to inspect rotors and hardware during installation and replace or resurface as needed to ensure optimal braking performance.

What's Included:

• Set of rear Hawk Performance HT-10 Race Brake Pads (2 pads)

Ideal For:

The Hawk Performance HT-10 Race Brake Pads are ideal for Camaro SS owners who demand enhanced braking performance on the street and occasional track days. They suit drivers who want improved stopping power, fade resistance, and pedal feel without sacrificing daily drivability or generating excessive brake dust. Perfect for enthusiasts upgrading from stock pads or entry-level performance compounds.