power source 20 and the hydraulic pump 19 fig1 which is direct driven by the engine output shaft engages the outrigger support controls 61 and 62 on control console 21 fig9 moving outrigger supports 69 fig8 into position to stabilize the transport vehicle and mfe moves control 65 fig9 for the vertical positioning cylinders 33 fig1 engaging positioning arms 15 fig1 and 3 for base plate pivot support assembly fig4 bringing auger mast 16 fig1 and 5 into the vertical position engages control 63 on control panel 21 fig9 for auger actuating cylinder 35 fig2 bringing continuous downward pressure to bear on the auger drive shaft 60 fig2 and 8 making ground contact with auger 72 fig1 engages control 64 fig9 activating hydraulic motor 8 fig1 empowering auger drive shaft 60 fig8 through transmission 9 fig2 to rotate auger 72 fig1 and bore hole to desired depth control 63 fig9 is reversed to retract the auger 72 fig1 from the hole to its rest position increasing pressure on control 64 fig9 spins auger 72 fig1 at a high rotational speed and disperses the material removed from the hole in a uniform berm about the periphery of the hole the auger is clear of the ground in its rest position and the driver moves the transport vehicle to the location of the next hole 2 boring an improved foxhole on generally level ground the transport vehicle driver positions the mfe in the predetermined defense perimeter location the operator engages control 70 fig9 to start the internal combustion engine power source 20 fig9 which uses its output shaft to continuously drive the hydraulic pump 19 fig1 the operator next engages controls 61 and 62 on control console 21 fig9 moving outrigger supports 69 fig8 into position to stabilize the transport vehicle and.