Valve Locks - 11/32 10-Degree (Pair)

The DART Valve Locks in 11/32 10-Degree (Pair) are precision-engineered tire valve stem locking devices designed to prevent accidental or intentional air loss from vehicle tires. Constructed from chromoly steel with black oxide finish, this pair of standard-height valve locks provides reliable corrosion resistance and durability across harsh operational environments. The 10-degree angle matches common valve stem geometries, making these locks compatible with most pneumatic systems found in tactical, fleet, and heavy-duty vehicle applications.

The 11/32-inch bore accommodates standard valve stems without modification. Chromoly construction delivers tensile strength superior to mild steel, critical for maintaining secure seating under pressure cycling and temperature fluctuation. Black oxide plating resists surface rust and corrosion, extending service life in salt spray, humid, or chemically aggressive environments typical of coastal operations, desert deployments, or long-term storage. The pair format ensures matched performance across dual wheels or provides spare backup locks for redundancy in critical applications.

These valve locks serve personnel requiring tire security for transport operations, equipment staging, or long-term vehicle positioning. Common users include military logistics, law enforcement motor pools, government fleet management, and contractors operating in remote or unsecured areas where tire deflation poses operational risk. The compact footprint (2.15 x 0.65 x 2.95 inches) and minimal weight (0.02 lbs per unit) make the pair easy to inventory, distribute, or maintain as emergency spares in tactical tool kits.

Valve stem locks represent a cost-effective, non-electronic safeguard against tire sabotage or incidental deflation during stationary periods. Unlike permanent valve modifications, these removable locks preserve equipment flexibility and restore original valve function once removed, making them suitable for rotating vehicle pools or multi-mission platforms.