MIL-STD-2105D
disposal without injury to personnel using the applicable handling and disposal regulations and procedures. No unintended burning, detonation, or spread of propellant/pyrotechnic/ explosive or other materials that present a significant hazard shall occur as a result of the event or during the physical removal and disposal of a damaged munition. The munition shall remain sufficiently safe to allow minimal transport to a
suitable location for disposal.
5.1.4.7 Test assessment and analysis report. The results of all safety drop testing and analysis conducted relevant to assessing the munitions safety for service shall be compiled
into a safety data package for review. The package must include
the previously-approved test plan, including the rationale for any variance from the joint requirements. In addition, any deviation from that approved plan shall be presented along with an analysis showing why the results should be accepted. The package must also provide data detailing the results of such testing (e.g., test videos, photographic, NDI/radiographic results) and any safety and vulnerability deductions derived from those results.
5.2 Insensitive munitions (IM) tests. The tests contained in or referenced in this section provide a basis to test munitions against meaningful, credible, potential threats and evaluate munition response against criteria which reflect the services IM vulnerability and hazard reduction goals. The standardized IM testing protocols are the default procedures
to be used for all munitions. Munitions and packaging design
features intended to improve IM (and hazard classification) performance are to be in place during testing, as appropriate. Knowledge, analysis, or experience may lead to an assessment of pass or fail of a particular IM test by a munition, in lieu of actual testing. In addition to standardized IM testing, each munitions program should continue to evaluate their cradle-to- grave lifecycle and develop a Threat Hazard Assessment (THA)
to identify hazards and risks from threats more severe than those addressed by standardized testing, which DoD Component acquisition organizations should incorporate into the existing risk identification, mitigation, and acceptance process. Engineering testing of such other extreme conditions is encouraged, as appropriate, for assessing incremental improvements in performance such as vulnerability and
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