Silver Eagle Arms .410 Bore 24" 1-Round Camo Shotgun

The Silver Eagle Arms .410 Bore 24" Camo Shotgun is a compact, single-shot break-action platform purpose-built for shooters requiring a lightweight, maneuverable firearm in confined or brush-heavy environments. Chambered in .410 bore—the smallest commercially viable shotgun cartridge—this configuration serves law enforcement training programs, civilian sport shooters, and homestead protection applications where reduced recoil and minimal report are tactical advantages. At 5.96 pounds with a 24-inch barrel, the platform delivers the handling characteristics of a rifle-length arm without the bulk typical of 12-gauge or 20-gauge systems.

The break-action design—where the barrel hinges downward to load and eject—ensures 100% mechanical reliability independent of ammunition quality or shooter limp-wristing, a critical feature in high-stress scenarios where semi-automatic function cannot be assumed. The single-round capacity demands disciplined trigger control and shot placement, reinforcing fundamental marksmanship principles often lost in high-capacity platforms. The camouflage finish provides visual signature reduction suitable for field operations, while the 24-inch barrel length balances velocity retention with maneuverability in vehicle and structure-entry contexts. Overall dimensions of 29.5 inches make this shotgun accessible for transport and deployment in compact tactical environments.

This shotgun benefits law enforcement academies conducting less-lethal training, rural property owners managing predatory wildlife, and competitive shooters competing in .410 disciplines where platform consistency is valued over magazine capacity. The .410 bore ammunition is widely available through commercial channels and remains cost-effective for high-round-count training cycles. Compatibility extends to standard shotgun ammunition and specialty loads—including bird shot, buckshot, and slug configurations—making the platform adaptable to specific threat profiles or hunting applications without mechanical modification.