Round DOM Steel Tubing 1in x .120in x 12ft

Round DOM steel tubing 1in x .120in x 12ft from ALLSTAR PERFORMANCE is purpose-built for fabrication, repair, and custom construction in tactical, military, and law enforcement equipment. DOM (Drawn Over Mandrel) steel tubing delivers superior dimensional consistency and surface quality compared to standard seamless alternatives, making it the preferred choice for precision frame builds, roll cages, and structural components where reliability under stress is non-negotiable. This 12-foot length provides ample material for prototype work, modular designs, or complete single-project fabrication without excessive waste.

The 1-inch outer diameter with .120-inch wall thickness balances strength and weight—critical for portable tactical systems, vehicle-mounted platforms, and load-bearing structural applications. DOM tubing's mandrel-drawn manufacturing process eliminates internal seams and produces a cleaner internal surface, reducing material stress concentration and improving weldability for seamless joints. At 13.6 pounds, this single length is manageable for one-person handling while maintaining the rigidity required for firearm mounting systems, equipment racks, or armor plate suspension frames. The tubing accepts standard welding processes (MIG, TIG, or stick) and is machinable for threaded inserts, apertures, or precision fitting—essential for modular tactical gear integration.

Armorers, gunsmith shops, and field engineers benefit most from this tubing when designing weapon mounting solutions, portable shooting benches, or lightweight structural support for optic systems and accessory rails. Teams fabricating custom vehicle platforms, range equipment, or equipment transport frames will find this length ideal for minimizing secondary cutting and join operations. Compatibility extends across any fabrication workflow requiring mild steel construction; surface preparation (degreasing and wire-brush cleaning) prior to welding ensures maximum joint integrity for mission-critical applications.