TechPro GM1170213 Bumper Impact Absorber - Rear

Overview of TechPro Bumper Impact Absorber GM1170213

The TechPro Bumper Impact Absorber GM1170213 is designed specifically for Chevrolet Equinox models, providing essential protection by absorbing collision forces. This component helps maintain the structural integrity of your vehicle's front or rear bumper assembly.

• Compatible with Chevrolet Equinox vehicles
• Dimensions: 52.7 inches length, 9.8 inches width, 6.7 inches height
• Lightweight design at 3.2 lbs for efficient impact absorption
• Durable construction engineered for consistent performance

Detailed Product Description

This bumper impact absorber from TechPro measures 52.7 inches in length, 9.8 inches in width, and 6.7 inches in height, making it a precise fit for Chevrolet Equinox models. Weighing only 3.2 pounds, it is engineered to absorb and dissipate impact energy effectively, reducing damage to the vehicle's bumper and underlying components during minor collisions. The part number GM1170213 ensures compatibility and easy identification for replacement needs.

Purpose and Applications

• Reduces damage to bumper covers and fascia during low-speed impacts
• Protects underlying vehicle frame and components from collision forces
• Helps maintain vehicle safety standards after minor accidents
• Prevents costly repairs by absorbing impact energy

Installation Notes and Tips

When installing the TechPro bumper impact absorber GM1170213, ensure the part aligns correctly with the mounting points on the Chevrolet Equinox bumper assembly. Proper alignment is critical for optimal impact absorption. It is recommended to inspect the surrounding bumper components for damage and replace any compromised parts to maintain overall bumper integrity.

Quality Assurance

TechPro manufactures this bumper impact absorber to meet OEM specifications for Chevrolet Equinox vehicles. While no specific warranty information is provided, TechPro parts are generally produced under strict quality control standards to ensure durability and reliable performance in impact scenarios.