The objective of this thesis is to investigate underbody armor solutions for a Medium Tactical Vehicle (MTV) that mitigate the effects of blast and fragmentation associated with IED events. The first MTV prototype was designed in 1988. The vehicle's sales have grown the MTV fleet to over 56,000 strong consisting of sixteen variations ('FMTV,' 2006). As illustrated by Figure 1, current MTVs are outfitted with the Long Term Armor Strategy (LTAS) cab to enhance occupant protection relative to baseline while enabling the cab configuration to readily change respective of operational requirements via the utilization of Add on Armor (AoA) kits.
Medium Tactical Vehicle Underbody Armor Development
2010
62 pages
Report
Keine Angabe
Englisch
Transportation , Armor , Military vehicles , Blast , Fabrication , Prototypes , Operational effectiveness , Trucks , Design criteria , Fragmentation , Accelerometers , Military requirements , Theses , Underbody armor , Ltas(Long term armor strategy) , Aoa(Add on armor) , Aoa kits , Mtv(Medium tactical vehicle) , Ltas cabs , Cab configuration , Accelerometer data analysis