Heavy Duty Trailer Brake Shoe Set

Designed for Class 7–8 long-haul freight tractors, refrigerated reefers, dry vans, and severe-duty vocational trailers across North America, this 1443E Brake Shoe Kit provides an integrated single-wheel overhaul solution for classic 16.5" x 7" Eaton-style foundation drum brakes. Each master package bundles two heavy-duty projection-welded steel brake shoes lined with premium non-asbestos friction blocks, alongside fatigue-tested single-anchor return springs, anchor retention hardware, precision-ground cam rollers, and pivot pins. Installing this turn-key assembly eliminates shoe drag, restores balanced mechanical return force, prevents uneven lining taper wear, and minimizes scheduled shop downtime.

Designed for Class 7–8 line-haul tractors, intermodal container chassis, refrigerated reefers, and vocational trailers across North America, this 1308Q Brake Shoe Kit provides a comprehensive single-wheel overhaul solution for 16.5" x 7" Q-style foundation drum brakes. Each master package bundles two heavy-duty projection-welded steel brake shoes lined with premium non-asbestos friction blocks, paired with fatigue-resistant dual-spring return systems, quick-change anchor pins, retention clips, case-hardened cam rollers, and anti-friction bushings. This turn-key overhaul package stops shoe drag, balances mechanical release tension, prevents uneven friction taper, and minimizes scheduled maintenance bay downtime.

Designed for Class 7–8 line-haul tractors, intermodal container chassis, refrigerated reefers, and vocational trailers across North America, this 1308E Brake Shoe Kit provides a comprehensive single-wheel overhaul solution for 16.5" x 7" Eaton-style single-anchor foundation drum brakes. Each master package bundles two heavy-duty projection-welded steel brake shoes lined with premium non-asbestos friction blocks, paired with fatigue-resistant single-anchor return springs, retention clips, case-hardened rollers, and pivot pins. This all-in-one overhaul assembly eliminates shoe drag, restores proper mechanical return action, prevents uneven friction taper, and minimizes scheduled maintenance bay downtime.