Military explosion-proof electric cylinders are applied in multiple dimensions of land, sea, air and space in the military field, from precise control of weapon systems to stable operation of equipment platforms. The characteristics of "high precision, high reliability and low maintenance" of military explosion-proof electric cylinders have become an important support for the upgrading of modern military equipment. Today, let's talk about the applications of military explosion-proof electric cylinders in aviation and aerospace equipment fields.
In small and medium-sized UAVs, military explosion-proof electric cylinders are used to drive elevators and rudders. Compared with hydraulic systems, they greatly reduce weight and power consumption, making them more suitable for long-endurance missions.
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The military explosion-proof electric cylinder servos of reconnaissance UAVs feature fast response speed, with a response time of less than 50 milliseconds, meeting the control needs during high-speed flight.
Military flight simulators adopt a six-degree-of-freedom military explosion-proof electric cylinder platform to simulate aircraft attitudes such as takeoff, landing and air combat maneuvers.
Military explosion-proof electric cylinders are used for the pitching adjustment of rocket launch pads to ensure the vertical erection of rockets.
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In the military explosion-proof electric cylinder drive system of aerospace launch sites, it can bear the erection weight of kiloton-class rockets, with a positioning accuracy of ±0.5 mm to ensure the accurate launch attitude.
In ground satellite communication stations, military explosion-proof electric cylinders drive the adjustment of antenna azimuth and elevation angles to track satellite signals in real time.
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In the military explosion-proof electric cylinder antenna system of military satellite communication vehicles, the tracking speed can reach 10°/second to ensure stable communication during high-speed movement.
