Combat vehicles controlled

Force, Marine Corps, National Guard, etc) of small arms, automatic weapons, artillery, fire control equippment, ammunition explosives, bombs mines, transport combat vehicles, rockets guided missiles, tanks, and other... 

Application of dynamic dehumidification preservation technology (DP) has been successfully applied to preserve weapon systems. DP technology has been applied to ground combat vehicles, helicopters, combat aircraft and air warning and control systems. Currently employed moisture prevention technologies include changes in material design and use of physical barriers to exclude moisture from the air. 

Recent aircraft design has focused on the development of unmanned aerial vehicles (UAVs). This class of aircraft has been successfully adapted to perform many of the same roles as manned aircraft but at lower cost. The absence of a pilot eliminates many of the safety and life support requirements and also changes the control objectives. For example, rapid acceleration or a bumpy trajectory can hinder a pilot s ability to cOTitrol the aircraft but do not affect the control system of a UAV. Another advantage of UAVs is that they can be used in environments that are xmdesirable for humans. This may include a combat zone or a toxic chemical plume. Moreover, many mission profiles do not require a large payload, and UAVs can be built much smaller to perform these missions because they do not have to support the extra weight of a pilot. Advancements in miniaturization have simultaneously made it possible to build smaller and smaller aircraft. 

A drone is a pilotless micro air vehicle (MAV), which is fully remote-controllable and reusable as a combat aircraft. Essentially, the drone provides almost all of the... 

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