Mtm Ammo Box Medium Rifle - 100-rounds Flip Top Style Grn

The MTM Ammo Box Medium Rifle is a purpose-built ammunition storage solution designed for shooters, law enforcement, and military personnel who demand reliable organization and transport of centerfire rifle rounds. This flip-top style ammunition container holds 100 rounds and serves as the standard field storage format across professional shooting operations, training facilities, and home arsenals. Whether you're managing inventory at a shooting range, organizing patrol ammunition, or consolidating field supplies during tactical operations, this medium rifle box addresses the practical need for secure, stackable, and accessible round storage without unnecessary bulk.

Constructed with the rugged polymer design typical of MTM's ammunition storage line, the medium rifle box features a hinged flip-top closure that allows single-handed access in the field or at the bench. The 6.35 x 3.35 x 10.15 inch profile optimizes stackability while maintaining a compact footprint suitable for range bags, ammunition cans, or vehicle storage racks. The green finish provides both durability and visibility—critical factors when managing multiple boxes in high-tempo training environments or supply logistics. The lightweight design at 0.07 lbs ensures minimal weight penalty when loaded, making it ideal for extended shooting sessions or transport in tactical loadout configurations.

Professional shooters, law enforcement agencies, and military units rely on MTM ammunition boxes for standardized storage that integrates seamlessly with existing ammunition management systems. The 100-round capacity aligns with standard training increments and fits efficiently into ammo cans, range kits, and vehicle organizers used across tactical operations. This box accommodates most standard centerfire rifle cartridges, making it a universal solution for multi-caliber arsenals and team supply chains. Operators appreciate the consistent design across MTM's product line, ensuring interchangeability and compatibility with established storage protocols in both field and facility environments.