1.
Fighters will shut down their microwarpdrives at the proper distance from their targets.
+航空母舰舰载无人机将会在接近目标后关闭自身的微曲。
2.
Research on INS Heavy Height Measuring System for Shipborne UAV Approaching;
用于舰载无人机回收的惯导测高系统研究
3.
Fighters in space now return to their drone bay, if there ie enough space to hold them, when the Carrier/ Mothership pilot exits the game.
当航母或者母舰的操作者离开游戏的时候，如果无人机舱有足够的空位，舰载机会自动回收。
4.
Application of Explicit-Model Following Control Technology in the Attitude Control System for the Unmanned Shipboard Helicopter
显模型跟踪控制技术在舰载无人直升机姿态控制中的应用
5.
Research on the Calculation Method of Best Taking in Area of Carrier-Based UAV
舰载侦察校射无人机最佳收容面积计算方法研究
6.
PC-based Simulation System of Landing of Unmanned Helicopter on Ship Deck
基于PC机的无人直升机着舰仿真系统
7.
A Simple Calculation to Carrier Landing Longitudinal Load
舰载机拦阻着舰纵向载荷的简化算法
8.
Research into The Countermeasure of Surface Ship Confronting Anti-radiation UAV
水面舰艇对抗反辐射无人机对策研究
9.
automatic carrier landing system
舰载机自动着陆系统
10.
Study on Guiding System of Carrier Aircrafts Landing Based on Ship Motion Prediction;
基于舰船运动预报的舰载机着舰指导系统研究
11.
Study and Design on Automatic Carrier Landing System
舰载机自动着舰控制系统研究与设计
12.
Influence of Disturbances on Ship-based Aircraft's Landing Process
各扰动对舰载机着舰过程的影响分析
13.
Studies on Effect of Air Wake on Slope and Landing Property of Carrier Aircraft
舰尾流对舰载飞机下滑特性影响研究
14.
Carried aboard a vehicle or vessel.
机载的，舰载的载于交通工具或船只的
15.
The personnel can be distributed in the warships.
人员可以分别搭载军舰。
16.
The Jamming Application of Ship-Based Passive Jamming System to Anti-Ship Missile
舰载雷达无源对抗系统对反舰导弹的干扰应用
17.
The UAV will likely return to the launch ship for retrieval after completing their spy operations.
微型无人机会在完成作战后，回收到舰船。
18.
Launch Characteristics Research for UAV on Deck Motion
舰船运动对某无人机发射安全的影响研究