331-53009 DFC OE Replacement Brake Caliper (Front Left for Chevrolet HHR 2010)

SKU: 989614

Internal hose degradation and environmental exposure can lead to pressure loss, uneven caliper response, and dangerous fluid leaks, compromising brake performance and safety. Upgrading to this premium caliper assembly restores hydraulic responsiveness and prevents internal line collapse, ensuring reliable stopping power even under severe-duty conditions. This caliper is engineered to withstand heavy fleet operation demands, providing a durable and precise replacement for worn or damaged units.

Constructed with high-quality materials and zinc coating for corrosion resistance, this caliper maintains optimal brake function in demanding environments. Its design ensures easy installation with direct fitment on the specified vehicle models, offering a reliable upgrade over OEM components. The robust construction minimizes the risk of caliper sticking or seizing, which can cause uneven brake pad wear and reduced braking efficiency—issues common with aging or compromised original parts.

• Overall Length: 26.67 inches
• Fitting / Outlet Size: 10mm INV thread
• Application: Commercial-Grade / Heavy-Duty Fleet / Passenger Automotive Cross-Over

Part Numbers

• 331-53009

Expert Installation & Field Note

Our shop experience specializing in heavy-duty brakes since 1985 emphasizes the importance of correct hose routing to prevent chafing and damage during full-lock steering cycles. Proper twist clearance and secure mounting are critical to ensure longevity and optimal performance. Always verify the existing line length, fittings, and mounting brackets on your vehicle’s frame before ordering to guarantee a perfect fit and prevent installation delays.

Features:

• High-quality zinc coating for corrosion resistance and durability

• Designed for heavy-duty fleet applications with high-burst-pressure ratings

• Direct fit replacement for 2010 Chevrolet HHR front left caliper

• 10mm inlet thread for secure hydraulic connection

• Engineered for reliable performance in severe-duty environments