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Low flying aircraft missile system - uses multiple sensors to locate target and launches missile through tube using aircraft velocity with trajectory nearly vertical

机译:低空飞行器导弹系统-使用多个传感器来定位目标,并使用飞行器速度以近似垂直的轨迹通过管子发射导弹

摘要

The aircraft overflies the target at low level. A detector pivots in a plane perpendicular to the flight vector of the aircraft so that the sensors look downwards along the calculated resultant velocity of the missile after discharge. Sensors comprise a magnetic anomaly detector for large targets such as tanks, a device for detecting the electromagnetic or quasi-magnetostatic fields associated with electrical apparatus, optical and/or thermal detectors. The missile is in a fixed launch tube, inclined backwards. A tachometer measures the forward velocity of the aircraft and the missile is launched so that its resultant velocity vector points steeply downwards towards the target. Ideally the descent should be vertical but it can lie within a cone of + or -45 deg. from the vertical without loss of precision. A downwards compares the radar image with stored data of linear features such as roads so that the aircraft can navigate itself along such a feature in search of targets. For detection of moving targets, a long range sensor scans an arc of the terrain ahead of the vehicle.
机译:飞机低空越过目标。探测器在垂直于飞机飞行矢量的平面内枢转,从而使传感器沿发射后计算出的导弹合成速度向下看。传感器包括用于大型目标(例如坦克)的磁异常检测器,用于检测与电气设备相关的电磁场或准静磁场的设备,光学和/或热探测器。导弹位于向后倾斜的固定发射管中。转速计测量飞机的前进速度,导弹被发射,因此其合成的速度矢量陡峭地指向目标。理想情况下下降应该是垂直的,但它可以位于+或-45度的圆锥内。从垂直方向上不损失精度。向下将雷达图像与线性特征(例如道路)的存储数据进行比较,以便飞机可以沿着这种特征导航以搜索目标。为了检测运动目标,远程传感器扫描车辆前方的地形弧。

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