Abstract: The presently disclosed systems and methods may be utilized in connection with several different sensor suites for detecting objects in the ground. Such systems and methods may be utilized in conjunction with a variety of military and commercial vehicles. In various embodiments, a sensing system may be carried by a vehicle in a stowed or deployed position. While in the stowed position, a segmented boom may have a relatively small vertical profile in comparison to the length of the boom when fully extended. According to various embodiments, in the deployed position the height of the sensor may be controlled to avoid obstructions. A hoist connected to the boom may be utilized to move the boom between the deployed and stowed positions.

Abstract: A system for generating electrical energy from ambient energy such as the energy of ambient motion and acoustic vibrations. The system has at least two stages, a resonating electrical generator and a kinetic energy conversion system. The stages have differing resonant frequencies to enable harvesting energy from lower frequency ambient motion and converting the energy to higher frequency resonant oscillation for efficiently generating electrical energy. A multiaxial system having a plurality of systems for generating electrical energy from ambient motion each oriented to be responsive to motion along a different axis. An embodiment of a system for generating electrical energy from ambient motion for which the resonating electrical generator is at least part of a driving mass of the kinetic energy conversion system.

Abstract: A system for generating electrical energy from ambient motion that comprises two stages, a resonating electrical generator and a kinetic energy conversion system. The different stages have differing resonant frequencies to enable harvesting energy from low frequency ambient motion and converting it to high frequency resonant oscillation for efficiently generating electrical energy.