土耳其的Baykar测试AI-动力K2无人驾驶飞机在自主的群落中飞行13小时以上,没有全球定位系统。 Turkey's Baykar tests AI-powered K2 drones in autonomous swarms, flying 13+ hours without GPS.

土耳其的Baykar在自主的群落编队中成功地试验了K2倾斜弹药,5个单位使用AI和地形导航在GPS封闭的环境中飞行。 Turkey’s Baykar has successfully tested its K2 loitering munition in autonomous swarm formations, with five units flying in GPS-denied environments using AI and terrain-based navigation. 固定翼无人驾驶飞机,机翼10米,起飞重量800公斤,携带200公斤弹头,射程超过2 000公里,可运行13小时以上。 The fixed-wing drone, with a 10-meter wingspan and 800 kg take-off weight, carries a 200 kg warhead, has a range over 2,000 km, and can operate for more than 13 hours. 它使用电子光学和红外传感器进行日夜瞄准,并能够在没有卫星信号的情况下保持精确的编组。 It uses electro-optical and infrared sensors for day/night targeting and can maintain precise formation without satellite signals. 该系统支持视线和卫星数据链路,以便进行视线外控制。 The system supports both line-of-sight and satellite datalinks for beyond-line-of-sight control. Baykar市场将K2作为成本效益高、可扩展的罢工选择,以减少对昂贵精密弹药的依赖。 Baykar markets the K2 as a cost-effective, scalable strike option to reduce reliance on expensive precision munitions.