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一、F—16和A—10夜间低空红外目标捕获/攻击吊舱系统 玛丁·马利埃塔希望在1985—1987年开始生产夜间低空红外目标捕获导航/攻击吊舱系统（LANTIRN）。该系统将装备单座F—16和A—10飞机,采用热成象传感器,地形跟随雷达和激光指示器,使一个驾驶员能全天候对地攻击。 Martin Marietta公司于去年九月开始了一项长达三年的研制计划。 Lantrn包括两个吊舱,一个用于导航,另一个用于瞄准,吊舱安装在F—16的进气道处和挂在A—10的机翼根部。在导航吊舱中装有一个固定宽视场放大倍率小的前视红外（Flir)传感器和一个Ku波段的地形跟随雷达。FliR图像叠加在马可尼公司研制的衍射光学宽视场平视显示仪上,该显示仪的视场为30°（水平）×8°（垂直）,而且前用的平视显示视场为13.5°×9°。 安装在Flir窗口下面的雷达,通过显示在平视仪上的符号,提供手动地形跟随。而自动地形跟随不属Lantirn计划范围,但可以包括自动地形跟随。 目标捕获吊舱对宽/窄视场Flir和1.06微米激光指示器/测距机具有重要的稳定作用,除此之外,还包括一个双工作方式的前视红外/激光指示目标的自动跟踪器,自动目标识别器和对红外象“幼畜”空—地导弹自动制导的瞄准线相关器。 目标捕获吊舱确保能低空,昼/夜半自动目标捕获和投放制导
I. F-16 and A-10 Night Low Altitude Infrared Target Acquisition / Attack Pod Systems Nightmare Mighty Marita hopes to begin production of a nighttime low altitude infrared target acquisition navigation / attack pod system (LANTIRN) from 1985 to 1987. The system will be equipped with single-seat F-16 and A-10 aircraft, using thermal imaging sensors, terrain following radar and laser pointers, allowing a driver to attack the ground 24x7. Martin Marietta started a three-year development plan in September last year. The Lantrn consists of two pods, one for navigation and the other for aiming. The pod is mounted at the intake of the F-16 and at the wing root of the A-10. In the navigation pod, there is a fixed front wide infrared (Flir) sensor with a fixed wide field of view and a Ku-band terrain following radar. FliR images were superimposed on a diffractive optical wide-field head-up display developed by Marconi having a field of view of 30 ° (horizontal) × 8 ° (vertical) and a front view field of view of 13.5 ° × 9 °. The radar installed below the Flir window provides a manual terrain following through the symbols shown on the bluff. While automatic terrain following does not belong to the Lantirn scheme, it can include automatic terrain following. The target capture pod has an important stabilizing effect on the wide / narrow field of view Flir and the 1.06 μm laser pointer / range finder, in addition to a dual-mode AFIR / laser target tracking auto-tracker , Automatic target recognizer, and a line-of-sight correlator to automatically guide infrared-like “pups” air-to-ground missiles. Target capture pods ensure low altitude, day / night semi-automatic target capture and placement guidance