Abstract: A building system with modular interlocking panels preferably includes at least one wall section, at least one header, at least one wall sill, a plurality of cripples, and a plurality of support strips. Each wall section preferably includes a bottom horizontal C-channel, a plurality of bottom C-channel flanges, a plurality of vertical C-channels, a top horizontal C-channel, a plurality of top C-channel flanges, an outer panel, an inner panel, a first angled end panel connector, and a second angled end panel connector or an end panel connector. The header, wall sill and cripples include the bottom horizontal C-channel, the C-channel flanges, the plurality of vertical C-channels, the top horizontal C-channel, the outer panel, the inner panel and end panel connectors. The plurality of support strips preferably include a plurality of outer support strips and a plurality of inner support strips.

Abstract: A bullet trap apparatus preferably includes a housing, a support structure and energy absorbing material. The housing preferably includes a bullet guiding collar, a front energy absorbing panel, a front wall plate, a four sided box, an angled back plate and an angled armor plate. The front wall plate is attached to a front of the four-sided box. The front energy absorbing panel is located between the bullet guiding collar and the front wall plate. A perimeter of the angled back plate is attached to a perimeter of a rear of the four-sided box. Four armor spacers are attached in four corners of the back plate. A rear of the angled armor plate is attached to the four armor spacers. The housing is filled with energy absorbing material. The support structure preferably includes a first side leg and a second side leg and three base plates.

Abstract: A bullet trap apparatus is provided for capturing an associated bullet traveling along a substantially linear trajectory. The bullet trap apparatus includes a support frame and a flowable material disposed on an upper surface of the support frame. The support frame has an upper surface configured to support associated material. The flowable material is disposed on the upper surface of the support frame substantially on the linear trajectory, and includes a plurality of sheets of substantially rectangular material. Each of the sheets are configured for deflecting the associated bullet from its substantially linear path and absorbing energy from the associated bullet by the deflecting, thereby slowing the traveling of the associated bullet through the flowable material. The flowable material includes a plurality of sheets of substantially rectangular material, each of the sheets including a rubber material and one or more sheets of a fabric material formed of woven strands coupled with the rubber material.

Abstract: A bullet trap apparatus is provided for capturing an associated bullet traveling along a substantially linear trajectory. The bullet trap apparatus includes a support frame and a flowable material disposed on an upper surface of the support frame. The support frame has an upper surface configured to support associated material. The flowable material is disposed on the upper surface of the support frame substantially on the linear trajectory, and includes a plurality of sheets of substantially rectangular material. Each of the sheets are configured for deflecting the associated bullet from its substantially linear path and absorbing energy from the associated bullet by the deflecting, thereby slowing the traveling of the associated bullet through the flowable material. The flowable material includes a plurality of sheets of substantially rectangular material, each of the sheets including a rubber material and one or more sheets of a fabric material formed of woven strands coupled with the rubber material.