Abstract: A portable firing berm adapted to capture bullets fired at the berm. The portable berm has a frame assembly defining exterior boundaries of the berm and forming an opening through which bullets fired at the berm enter the berm. A bullet containment portion is communicating with the opening, the bullet containment portion arranged such that unspent bullets received in the bullet containment portion impact against, are stopped and contained by the bullet containment portion. The frame assembly has a moveable wall moveable from a first position to a second position, without removal from the frame assembly, so that the berm is configurable between a transport and placement configuration of the berm and an operating configuration of the berm substantially without disassembly of the frame assembly.

Abstract: A portable firing berm adapted to capture bullets fired at the berm. The portable berm has a frame forming an opening through which bullets fired at the berm enter the berm and a bullet containment portion communicating with the opening. The bullet containment portion has an integral impact section disposed so that unspent bullets received in the bullet containment portion impact against and are stopped by the impact section, and having an integral bullet containment section arranged to contain bullets and bullet fragments from the impact section. The bullet containment portion is movably mounted to the frame to move substantially as a unit relative to the opening from one position to another position.

Abstract: A portable firing berm adapted to capture bullet fragments from rounds fired at the berm. The portable firing berm has a funnel portion and a dry tank portion connected to the funnel portion. The funnel portion is configured to funnel and deflect rounds into the dry tank portion. The dry tank portion has absorbing media fill therein, the absorbing media being arranged to absorb energy from the fired rounds and to capture and contain the bullet fragments.