For the SRS, each JPALS-equipped ship will employ three Northrop Grumman fiber optic gyro-based LN-270 INS units to measure the ship's motion.
每一个装备了JPALS的舰船将雇佣3个诺思罗普·格鲁曼公司的光线陀螺LN-270惯性导航单元来测量船只的移动。
JPALS works with GPS to provide accurate, reliable, landing guidance for fixed and rotary wing aircraft and supports fixed-base, tactical, and shipboard applications.
JPALS依靠GPS味固定翼和旋翼飞机提供精确、可靠的着陆导航,并支持普通航空机场、战术和船舰上的应用。
JPALS, designed and developed by Raytheon under a U.S.Navy contract, is an all-weather, all-mission, all-user landing system based on local area differential Global Positioning system (GPS).
由雷神公司在美海军的合同下设计并开发的联合精确进场和着陆系统(JPALS),是一种全天候、全任务、全用户的着陆系统,基于当地的全球定位系统(GPS)。
JPALS, designed and developed by Raytheon under a U.S. Navy contract, is an all-weather, all-mission, all-user landing system based on local area differential Global Positioning system (GPS).
由雷神公司在美海军的合同下设计并开发的联合精确进场和着陆系统(JPALS),是一种全天候、全任务、全用户的着陆系统,基于当地的全球定位系统(GPS)。
JPALS, designed and developed by Raytheon under a U. S. Navy contract, is an all-weather, all-mission, all-user landing system based on local area differential Global Positioning system (GPS).
由雷神公司在美海军的合同下设计并开发的联合精确进场和着陆系统(JPALS),是一种全天候、全任务、全用户的着陆系统,基于当地的全球定位系统(GPS)。
JPALS, designed and developed by Raytheon under a U. S. Navy contract, is an all-weather, all-mission, all-user landing system based on local area differential Global Positioning system (GPS).
由雷神公司在美海军的合同下设计并开发的联合精确进场和着陆系统(JPALS),是一种全天候、全任务、全用户的着陆系统,基于当地的全球定位系统(GPS)。
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