Wilwood DP6 Series Caliper Retainer Pin & Clip Kit

SKU: 300-17719 / UPC: 889545117257

Wilwood DP6 Series Caliper Retainer Pin & Clip Kit

The Wilwood DP6 Series Caliper Retainer Pin & Clip Kit is the definitive choice for securing brake pads in high-performance vehicles. Engineered by Wilwood, a leader in disc brake technology since 1977, this kit delivers unmatched reliability and precision for enthusiasts and professionals demanding consistent braking performance. Designed specifically for Wilwood’s DP6 calipers, this kit ensures your brake pads stay securely in place, even under the most intense driving conditions, making it the go-to solution for racers and street performance drivers alike.

Why Choose the Wilwood?

This kit stands out for its robust construction and precise engineering, tailored to meet the rigorous demands of high-performance braking systems. Unlike generic alternatives, the Wilwood DP6 Retainer Pin & Clip Kit is crafted to fit seamlessly with DP6 calipers, ensuring a perfect match for your vehicle’s braking setup. Its durable materials and meticulous design prevent pad movement, reduce wear, and maintain consistent brake feel, giving you confidence on the track or street. Whether you’re upgrading your braking system or performing routine maintenance, this kit is the essential component for keeping your Wilwood DP6 calipers performing at their best

What’s Included?

• Caliper Retainer Pins: Precision-machined pins (0.156 in. diameter x 2.880 in. length) designed to securely hold brake pads in place within DP6 calipers.
• Retainer Clips: Anti-rattle clips engineered to minimize noise and vibration while ensuring pads remain firmly seated.
• Part Number: SKU 300-17719, UPC 889545117257.
• Quantity: Complete set for one caliper, sufficient for a single DP6 caliper rebuild or maintenance.

Fitment Details

The Wilwood DP6 Series Caliper Retainer Pin & Clip Kit is specifically designed for Wilwood’s Dynapro 6 (DP6) calipers, which are commonly used in high-performance and racing applications. Below is the fitment information based on Wilwood’s brake kits that utilize DP6 calipers:

• Compatible Vehicles:
• Acura Integra: 1990-2001 (front brake kits, e.g., Wilwood Forged DPHA kits).
• Honda Civic: 1990-2015 (select models, including Civic Si, front brake kits).
• Honda Fit: 2007-2014 (front brake kits).
• Honda CR-Z: 2011-2016 (front brake kits).
• Honda Element: 2003-2011 (front brake kits).
• Chevrolet Corvette: 1965-1982 (D8-6 caliper compatibility with DP6 pad retainers for specific kits).
• Harley-Davidson Motorcycles: 1984-1999 (select models, excluding Springer and 4-speed FL models, for GP310 caliper setups with compatible pad retainers).

Note: Fitment depends on the specific Wilwood brake kit installed on your vehicle.

Specifications

• Material: High-strength steel pins and clips, designed for durability and corrosion resistance.
• Pin Dimensions: 0.156 in. diameter x 2.880 in. length (per Wilwood specifications for DP6 calipers).
• Compatibility: Exclusively for Wilwood DP6 calipers, also compatible with D8, TX6R, and AERO calipers using similar pad retainer systems.
• Weight: Approximately 0.1 lbs
• Shipping Dimensions: Estimated 6 in. x 4 in. x 1 in.

Manufacturer Information

Wilwood Engineering, founded in 1977, is renowned for its high-performance disc brake systems. The DP6 Series Caliper Retainer Pin & Clip Kit is part of their comprehensive lineup of brake hardware, designed to complement their lightweight, high-performance aluminum calipers. This kit is listed on Wilwood’s official website under brake hardware, ensuring authenticity and quality for your braking needs.

Why This Kit Stands Out

• Precision Fit: Tailored specifically for DP6 calipers, ensuring a secure and reliable pad retention system.
• Durable Construction: Built to withstand high-temperature, high-stress conditions of performance driving.
• Ease of Installation: Designed for straightforward installation during brake maintenance or caliper rebuilds.
• Trusted Brand: Backed by Wilwood’s decades of expertise in brake system engineering.