关键点
- EM&E在西班牙陆军演习中测试了配备“卫兵阿斯皮斯”武器站的Aunav无人地面战车,打击目标距离达1,200米。
- 演习包含aunav.BEST和aunav.LINK系统,具备单一操作员控制和集成的7.62毫米稳定武器系统。
西班牙EM&E集团在西班牙陆军的一次实验活动中,对其配备“卫兵阿斯皮斯”遥控武器站的Aunav机器人地面车辆进行了实弹测试,展示了它们在移动中交战目标的能力。测试于4月7日至17日在阿尔梅里亚的训练基地进行,是陆军第三次战术实验活动的一部分,由未来部队中心和西班牙军团“阿方索十三世”二旅组织,旨在推进“部队35”现代化工作。
在此期间,EM&E部署了两个无人地面平台:aunav.BEST和新推出的aunav.LINK。两个系统都配对了该公司的“卫兵阿斯皮斯”遥控武器站,允许操作员通过单一集成设置控制移动和火力。在实弹演练中,车辆使用稳定的7.62毫米机枪在长达1,200米的距离上打击目标。射击是在平台移动时进行的,证明了它们在动态条件下保持精度的能力,这是机器人系统用于前线的重要要求。
aunav.LINK系统以其单一操作员理念脱颖而出。一名用户可以通过统一的界面控制车辆和武器站,减少了对多名人员的需求,并简化了系统在现场的部署方式。这种集成允许在交战期间做出更快反应,操作员能够在不切换控件的情况下进行机动和射击。
Key PointsEM&E tested Aunav UGVs with Guardian Aspis weapon stations during Spanish Army exercises in Viator, engaging targets at up to 1,200 meters.The April 7 to 17 campaign included aunav.BEST and aunav.LINK systems with single-operator control and integrated 7.62 mm stabilized weapon systems.Spain’s EM&E Group has carried out live-fire trials of its Aunav robotic ground vehicles equipped with Guardian Aspis remote weapon stations during a Spanish Army experimentation campaign, showcasing their ability to engage targets while on the move.The testing took place from April 7 to April 17 at the Álvarez de Sotomayor training base in Viator, Almería. The exercise formed part of the Army’s third Tactical Experimentation Campaign, organized by the Future Force Center and the “Alfonso XIII” II Brigade of the Spanish Legion as the service advances its Force 35 modernization effort.During the event, EM&E deployed two of its unmanned ground platforms, the aunav.BEST and the newly introduced aunav.LINK. Both systems were paired with the company’s Guardian Aspis remote weapon station, allowing operators to control movement and firepower through a single integrated setup. - ADVERTISEMENT - CONTINUE READING BELOW - In live-fire drills, the vehicles engaged targets using a stabilized 7.62 mm machine gun at distances of up to 1,200 meters. The firing was conducted while the platforms were moving, demonstrating their ability to maintain accuracy under dynamic conditions—an important requirement for robotic systems intended for frontline use.(Photo by EM&E)The aunav.LINK system stood out for its single-operator concept. One user can control both the vehicle and the weapon station through a unified interface, reducing the need for multiple personnel and simplifying how the system is deployed in the field.That integration allows for quicker reaction during engagements, with the operator able to maneuver and fire without switching between separate controls. It also reduces the exposure of troops by enabling remote engagement in situations where direct contact would carry higher risk.Both Aunav platforms are developed in Spain, and their pairing with the Guardian Aspis system creates a complete unmanned combat solution capable of engaging targets independently. The setup is intended to support a range of missions where robotic systems can take on roles traditionally carried out by manned units.For EM&E, the demonstration served as a step toward broader use of its robotic platforms within the Spanish Army. The results showed how unmanned ground vehicles can be adapted for combat roles, combining mobility, firepower, and remote operation in a single system.