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Abstract:
High-risk missions often entail ground forces being required to manually emplace and deploy obstacle breaching munitions to generate a footpath through antipersonnel obstacles. A safer method for obstacle breaching is highly desired. Implementation of UGVs with live munitions has been demonstrated to mitigate risk by generating an increased stand-off distance while operating the system from a concealed position. This paper presents the research, development, and testing results of the integration of live munitions with UGV platforms.
| Limitations: |
 APPROVED FOR PUBLIC RELEASE |
| Description: |
Briefing charts |
| Pages: |
0 |
| Report Date: |
30 Aug 2011 |
| Report Number: |
A004845 |
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