Remote Trans. Filter Kit

The B and M AUTOMOTIVE Remote Transmission Filter Kit (part 80277) provides a complete, universal solution for relocating transmission filtration away from the factory location. This kit includes all necessary fittings, filter, filter mount, and hardware required for installation, making it an essential upgrade for high-performance and street-built vehicles where underhood space is limited or where routing cooler lines away from heat sources becomes critical to transmission longevity.

Remote transmission filtration improves cooling efficiency by allowing the filter housing to be positioned in locations with better airflow, reducing transmission fluid temperatures under sustained load. The universal design accommodates most automatic transmission applications, enabling builders to customize filter placement for optimal thermal management and chassis layout. Weighing just 1.85 lbs and measuring 8.4 x 4.6 x 8.4 inches, the complete kit integrates cleanly without adding significant bulk or weight penalty to the build.

This kit serves street racers, drag racing competitors, road course drivers, and street performance enthusiasts who depend on stable transmission temperatures during extended throttle sessions. It's equally valuable for off-road vehicles and trucks running heavy towing loads, where factory filter locations contribute to excessive heat buildup. The B and M AUTOMOTIVE remote filter kit eliminates guesswork by consolidating all required mounting hardware and adapters in a single package, reducing installation complexity and ensuring compatibility across common transmission types.

Remote transmission filter systems have become standard practice in competitive and performance circles, where transmission reliability directly impacts race results and vehicle uptime. By relocating the filter away from engine bay heat and toward the frame rails or lower pan areas, builders achieve meaningful temperature reductions that extend fluid life and transmission component reliability during high-demand driving conditions.