Beadlock 10in Forged Black w/Mudcover Tabs

The Beadlock 10-inch Forged Black with Mudcover Tabs is a quick-turn, bolt-on beadlock ring designed for serious off-road and tactical vehicle operations. Built from forged aluminum with a durable black powder coat finish, this 10-inch beadlock ring delivers the structural integrity required for extreme terrain, heavy loads, and demanding conditions where tire bead integrity under low-pressure situations is non-negotiable. The three-tab configuration provides secure engagement with Keizer 10-inch wheels, ensuring repeatable, reliable lock-down performance.

Weighing 1.08 lbs per ring, this forged aluminum beadlock is engineered for strength without unnecessary mass—a critical consideration for vehicle platforms where unsprung weight directly impacts suspension performance and handling. The mudcover tabs protect the beadlock mechanism from mud, sand, water, and debris ingestion during extreme off-road operations, extending the service life of both the ring and the wheel assembly. The bolt-on design allows field installation and removal without specialized tooling, making this ring practical for tactical teams, off-road recovery operators, and serious recreational off-roaders who need to adjust tire pressures or swap wheels in remote locations.

This beadlock ring is purpose-built for operators who run low tire pressures to maximize traction on soft terrain or to absorb impacts on rocky, high-altitude routes. Whether deployed on patrol vehicles, expedition platforms, or specialized off-road recovery rigs, the Beadlock 10-inch Forged Black with Mudcover Tabs provides the mechanical assurance that your tires remain seated on the bead regardless of dynamic stress or pressure loss scenarios.

Beadlock rings are industry-standard on high-performance off-road and tactical vehicles. This Keizer-compatible ring fits 10-inch wheels and is sold individually, so buyers typically purchase multiple rings depending on their vehicle's wheel count. Black powder coat finish resists corrosion in salt air, muddy environments, and extended storage conditions.