48in Versatie Track Kit

The MACS Custom Tie-Downs 48-inch Versatile Track Kit is a professional-grade cargo securement system designed for vehicles, trailers, and equipment racks that require reliable load management. This complete tie-down track kit combines two 4-foot aluminum and steel tracks with integrated ring tie-down attachment points, providing a flexible foundation for securing cargo across diverse applications—from utility trailers and work trucks to marine and industrial equipment transport.

The kit features an aluminum and steel construction with cadmium plating to resist corrosion in demanding environments. The two-track configuration spans 48 inches total length, with each section measuring 1.5 inches by 1.5 inches in profile—dimensions that accommodate standard cargo bars, carabiners, and tie-down accessories without requiring adapter plates. The included ring tie-downs and hardware enable quick-connect functionality, allowing users to position attachment points along the track length as needed for variable cargo dimensions. This modular design eliminates the need for multiple specialized mounting systems.

The versatile track kit serves fleet operators, contractors, recreational vehicle owners, and logistics professionals who need a durable, adjustable load securement solution. It functions equally well for light-duty applications like ATV transport and small equipment hauling, or heavy-use scenarios including commercial trucking and equipment rental operations. The modular track system allows for future expansion by adding additional sections or specialized ring tie-downs without replacing the entire system.

MACS Custom Tie-Downs track kits are engineered for environments where load retention and long-term hardware reliability matter. The cadmium-plated finish provides protection in salt-air, moisture-heavy, and UV-exposed settings where uncoated steel would deteriorate. The aluminum-steel hybrid construction balances weight efficiency with structural rigidity required for sustained cargo securing across uneven terrain and highway speeds.