Beadlock Ring New Style Silver

The BASSETT Beadlock Ring New Style Silver (model 50LKS) is a three-tab steel beadlock ring engineered for 15-inch wheels, delivering the secure tire-to-rim interface that serious boaters and off-road enthusiasts depend on. Constructed from steel with a silver powder coat finish, this beadlock ring prevents tire slippage under high-load conditions—critical for maintaining control in demanding marine and extreme terrain applications where tire pressure is run low for traction or flotation.

The three-tab design provides consistent clamping force across the wheel face, holding the bead firmly in place without relying on tire pressure alone. This is particularly valuable for amphibious recovery vehicles, swamp buggies, and specialized marine craft where low-pressure tires are necessary for flotation or soft-surface performance. The silver powder coat resists corrosion in salt-air environments, though regular freshwater rinsing is recommended for long-term durability in coastal applications. Weighing 3.94 pounds, the ring is substantial enough to handle serious loads while remaining manageable during installation and maintenance.

This beadlock ring is designed for operators running 15-inch wheels on vehicles that operate in extreme conditions—whether crossing tidal flats, recovering in muddy terrain, or managing challenging marine-adjacent environments. Sold individually, you'll need two rings per wheel if converting to a full beadlock setup. The BASSETT 50LKS beadlock ring represents the engineering standard for applications where tire retention under stress is non-negotiable.

Beadlock rings are industry-standard hardware for serious off-road and amphibious work, allowing operators to run ultra-low tire pressures without sidewall rollover or bead separation—a technique essential for improving traction on soft surfaces and reducing ground pressure for flotation. The BASSETT name carries reputation in the heavy-duty vehicle modification space, particularly among builders focused on extreme-condition performance.