The document is a technical drawing for a "CONTAINER, METAL, SHIPPING AND STORAGE, CARTRIDGE 120MM MORTAR, PA154," with part number 12577569. It outlines applicable standards (ASME Y14.100-2000, MIL-DTL-32320, ANSI Y14.5M-1982), gasket compression specifications, and conversion methods (ASTM E380, 1 inch = 25.4 mm). Dimensions are provided in metric with English units in brackets. The drawing includes details for a Cover Assembly (12577545) and Body Assembly (12577544) with maximum dimensions. A revision history from 1992 to 2012 tracks product baseline changes. The document also states that the United States Government has unlimited rights in the technical data and that distribution is unlimited. It identifies Brockway Standard, Inc. as the contractor and the U.S. Army Armament Research, Development and Engineering Center as the design activity under contract DAAA21-88-C-0087. The drawing is essential for manufacturing and procurement within federal government contracts.

This government file details the specifications for a "CONTAINER, AMMUNITION, METAL, PA156 FOR CARTRIDGE, 81MM: M821A1, M821A2, M889A1, M889A2 AND M879." The document outlines applicable standards and specifications, including MIL-STD-100, MIL-DTL-32320, and MIL-A-2550. Key requirements for the container include cleaning and painting instructions referencing body assembly-12944512 and cover assembly-12982876, a gasket compression of .090 + .025, and an airtight seal capable of withstanding a minimum air pressure test of three pounds per square inch. The file also includes a revision history, drawing details, dimensions, and identifies the U.S. Army Armament Research, Development and Engineering Center as the originating authority. This document is crucial for procurement and manufacturing related to ammunition containers within government defense contracts.

This government file details the specifications for the PA163 ammunition container, a fiber, polyethylene-laminated, spirally wound container designed for 81mm mortar cartridges (M879, M821A1, M821A2, M889A1, and M889A2). It outlines applicable standards (ASME-Y14.100-2000, MIL-A-2550, ANSI Y14.5M-1982, DTL12977500), material requirements, and construction details, including the securing of spacer discs and the specific dimensions for metal ends. Key instructions cover marking requirements for lot numbers and part identification on the container body and shipping containers/pallets, with options for stencil or printed labels. Alternative materials for marking media and ink are also provided. The document also lists a suggested source of supply for the container. This document is crucial for manufacturing and procurement within federal government contracting.

This government file, likely an RFP or grant document, details the specifications for the "CONTAINER, AMMUNITION, FIBER, POLYETHYLENE LAMINATED, SPIRALLY WOUND FOR MORTAR CARTRIDGES." It outlines precise technical requirements for materials, construction, and marking. Key details include the need for two steel ends crimped to the cover and body with a minimum removal force of 550 lbs, material adherence to drawing 12977500-1, and specific adhesive application (drawing 12987995). The document also covers optional embossing, permissible distortion ridges, and detailed identification markings for shipping containers and pallets in accordance with MIL-STD-130. Alternative materials and lot marking methods, including printed labels, are provided, with strict requirements for label material, size, color, and prior government approval. The file also lists suggested sources of supply and relevant drawing approvals, emphasizing its role as a comprehensive guide for manufacturing this ammunition container.

This government drawing details the specifications for a fiber, polyethylene-laminated, spirally wound ammunition container for mortar cartridges, identified as part number 13018948. The document outlines applicable standards (ASME Y14.100, ANSI Y14.5M-1982, MIL-A-2550, DTL 12977500), material requirements, and embossing specifications for identification, including manufacturer's code and month/year of manufacture. It also provides guidelines for item identification and marking on shipping containers or pallets in accordance with MIL-STD-130, specifying lot number and "PA189" in white ink. Alternate marking methods include affixing printed labels with specific material and placement requirements. The drawing allows for a movement of up to .75 inches of the ring support during drop testing. Suggested sources of supply are also listed. The document has undergone several revisions, with the latest significant update in 2021. It is approved for public release and distribution is unlimited.

This government file details the specifications for a PA191 metal ammunition container, likely an element in a federal procurement or grant. It outlines applicable standards and specifications from ASME, ANSI, MIL-A-2550, and MIL-DTL-32320. Key requirements include specific gasket compression and instructions for retouching exterior surfaces with forest green enamel (MIL-STD-171, Finish 20.1 or 20.2) if damaged during assembly. The document includes revision history, max dimensions for the cover and body assemblies, and identifies the U.S. Army Armament Research, Development and Engineering Center as the design activity. This technical drawing is approved for public release, indicating its role in standardized military equipment.

The document states that its distribution is unlimited and approved for public release. This indicates that the file is publicly accessible and can be freely shared without restrictions. This statement is typical for government documents intended for broad dissemination, such as federal RFPs, grants, or other public information. It signifies transparency and ensures that interested parties can access the content without needing special authorization, which is crucial for public engagement in government processes.

MIL-STD-1660B outlines minimum design and evaluation criteria for Department of Defense (DoD) ammunition and ordnance unit loads. This standard ensures reliability, safety, and compatibility with handling equipment across the distribution system, covering federal government RFPs, grants, and state/local RFPs. It details general requirements for transportability (airlift, railcar, truck, ship, and container compatibility), handling equipment compatibility (forklift/pallet truck, sling), unit load configuration (shape, item placement, strapping, drainage), size and weight limitations, stability, stacking capability, and materials used (strapping, pallets, fasteners, wood, plywood). The document also specifies detailed testing procedures, including stacking, shock, drop, impact, tipover, forklifting, pallet truck, sling compatibility, and disassembly tests. These measures are crucial for safe and efficient handling, shipping, storage, and delivery of ammunition, mitigating risks of injury or explosion.

MIL-STD-1904C (AR), updated on September 11, 2022, outlines test standards for Level A and Level B packaging of conventional ammunition for the Department of Defense. This standard ensures packaging provides adequate protection from production to expenditure in various environments. Key revisions include integrating Level B packaging requirements (for favorable worldwide shipping and storage) from the inactivated MIL-STD-1905A and discontinuing Level C packaging. The document defines Level A packaging as maximum military protection against severe climatic, terrain, operational, and transportation conditions, while Level B offers intermediate protection under generally favorable conditions, with two sub-levels: maximum and standard. It details general requirements for Level A and B packaging, including aspects like humidity control, container materials, and marking. The standard also provides extensive descriptions of various vibration, handling, drop, and material tests to simulate real-world conditions, ensuring the operability and safety of munitions during worldwide distribution, storage, and tactical deployment. These tests are critical for design evaluation and quality control, with specific sequences and conditions for containers under and over 150 pounds.