Carlson 13256Q Disc Brake Hardware Kit - Front

Brake Hardware Kit Overview

Carlson 13256Q is a disc brake hardware kit for front brake service on select Geo and Isuzu applications. It is built for brake pad abutment clip replacement and follows the system-based approach needed for consistent brake performance.

Key Features

• Disc brake hardware kit for brake service applications
• PTFE-treated clip design helps reduce friction at the pad contact points
• Rubber compound construction helps reduce brake noise
• Supports front brake service on select Geo Storm, Isuzu Stylus, and Isuzu Impulse models
• Carlson 13256Q part number for catalog and fitment lookup

Detailed Description

Braking performance depends on the pads, clips, and related hardware working together. Carlson 13256Q addresses the abutment clip portion of the brake service process with a design that uses PTFE to lower friction and a rubber compound to reduce noise. For drivers servicing a Geo Storm, Isuzu Stylus, or Isuzu Impulse, this hardware kit provides the replacement support needed to restore proper pad movement and contact behavior. The Carlson 13256Q is a practical choice when replacing worn brake hardware during a front brake job.

What It Is Used For

• Replacing worn or corroded brake hardware during pad service
• Reducing brake squeal caused by aged clip material
• Restoring smooth pad movement in the caliper bracket area
• Addressing uneven contact from fatigued abutment clips

Installation Notes and Tips

Install during a complete front brake service and inspect the caliper bracket, pads, and contact surfaces before assembly. Clean mating areas thoroughly so the new hardware seats correctly. Verify vehicle fitment by year, make, model, and brake configuration before purchase. Fits 1990-1993 Geo Storm, front. Fits 1991-1993 Isuzu Stylus, front. Fits 1990-1992 Isuzu Impulse, front.

Quality Assurance

Carlson brake hardware is engineered around the idea that brake components must work together for proper performance. The PTFE and rubber-based clip design reflects a focus on friction control and noise reduction in service parts.