DESIGN OF AUTOPILOT TRACKING CONTROL AT A PROTOTYPE TANK BASED ON ARDUINO

Sunarta Sunarta, Cucuk Wahyudianto, Muhammad Husni Afandi
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Abstract

The Indonesian Navy is one elements of the Indonesian nation which has the duty to maintain the unity andunity of the Republic Indonesia. The Indonesian Navy requires a lot of equipment, defense equipment andsupporting equipment. Unmanned Tank Alutsita is one vehicle that can be used as a combat vehicle withoutinvolving troop personnel in the tank that can be controlled remotely through wireless data communication. Thedesign of the location-based prototype tank autopilot control system is a research in answering for thedevelopment of unmanned warfare technology. Prototype unmanned tank using GPS sensor bases, imu andcompass determining the location, orientation and direction of the prototype. The application of the compass asan evaluation of the tank bow course error towards the direction of the destination, while GPS is used as aparameter for determining the location of the destination location. The combination of the two sensors is usedas a base information on the control system on autopilot. From the results of tests that have been carried outobtained manual control systems and autopilot in accordance with the itinerary that has been made. The vehicletank can respond in real time to any location and direction errors, so that corrections can be made to reach thedestination correctly. Weather problems become a barrier factor in getting location data from GPS. During thetest in sunny conditions obtained control results with a location error factor of less than 5 meters.Keyword : Prototype, control, autopilot
基于arduino的原型坦克自动驾驶仪跟踪控制设计
印度尼西亚海军是印度尼西亚民族的一个组成部分,它有责任维护印度尼西亚共和国的统一和统一。印尼海军需要大量的装备,包括防御设备和辅助设备。无人坦克Alutsita是一种可以作为战斗车辆使用的车辆,无需部队人员参与,可以通过无线数据通信远程控制。基于位置的原型坦克自动驾驶仪控制系统的设计是对无人作战技术发展的回应。原型无人坦克利用GPS传感器基座,imu和指南针确定原型的位置、方向和方向。应用罗经评价坦克艏向目标方向的航向误差,利用GPS作为确定目标位置的参数。这两个传感器的组合被用作自动驾驶仪控制系统的基础信息。从已经进行的测试结果中,我们得到了手动控制系统和自动驾驶仪,按照已经制定的行程。车辆坦克可以实时响应任何位置和方向错误,以便进行修正以正确到达目的地。天气问题成为从GPS获取位置数据的障碍因素。在阳光条件下的测试中,获得了定位误差系数小于5米的控制结果。关键词:样机,控制,自动驾驶仪
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