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Bomb damage assessment using a dispensed sensor projectile

机译:使用分配的传感器弹丸进行炸弹破坏评估

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The problem of obtaining images of a target site after munition impact is approached by releasing a small projectile equipped with a camera from a dropped munition. A ballute is deployed from the sensor projectile shortly after release from the munition. This type of system is capable of viewing munition impact and subsequent target effects over a wide variety of conditions and offers the possibility of real-time battle damage assessment (BDA). However, fundamental limits exist on the duration that the camera is able to view the target after impact for a particular required separation distance between the sensor projectile and the target at impact and the field of regard (FOR) of the camera. Munition release altitude and velocity significantly affect these fundamental limits. Optimal performance is attained under high altitude and low speed munition drop conditions. Basic characteristics of the camera projectile also significantly influence system performance. Maximum target view time is attained with a low weight high drag configuration., To reduce the maximum acceleration experienced by the sensor projectile, a small delay time between the release of the small sensor projectile from the munition and inflation of ballute is required.
机译:通过从下落的弹药中释放装有照相机的小型弹丸来解决在弹药撞击后获得目标地点图像的问题。弹药从弹药中释放后不久便从传感器弹头上部署了一个弹丸。这种类型的系统能够在各种条件下查看弹药的撞击和随后的目标作用,并提供实时战斗伤害评估(BDA)的可能性。但是,在传感器弹丸与目标在撞击时的目标之间的特定间隔距离以及照相机的视场(FOR)方面,照相机在撞击后能够查看目标的持续时间存在基本限制。弹药的释放高度和速度会严重影响这些基本限制。在高海拔和低速弹药下落条件下可获得最佳性能。照相机弹丸的基本特征也显着影响系统性能。低重量高阻力配置可实现最大目标观看时间。为了减少传感器弹丸承受的最大加速度,从弹药释放小传感器弹丸到弹丸膨胀之间需要一个小的延迟时间。

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