Sting (drone)

The Sting drone, developed by the Dutch‑based aerospace firm Wild Hornets, emerged in 2018 as the company’s first fully autonomous tactical UAV. Originating from a research program focused on swarm intelligence, the Sting was initially tested at the European Defence Technology Centre, where its modular architecture proved adaptable for both reconnaissance and electronic‑warfare missions. Powered by a lightweight carbon‑fiber airframe and a high‑efficiency brushless motor, the aircraft can cruise at 250 km/h and remain aloft for up to 45 minutes while carrying a payload of 5 kg. Its key features include an integrated AI‑driven flight‑control system, real‑time data link, and a plug‑and‑play payload bay that accommodates EO/IR cameras, signals‑intelligence packages, or lightweight weapons. The Sting’s low acoustic signature and rapid deployment—requiring only a handheld launch catapult—make it especially valuable for special‑operations forces and forward‑deployed units. Since entering service, the platform has been adopted by several NATO allies, influencing the shift toward swarming concepts in modern aviation and highlighting Wild Hornets’ role in advancing affordable, intelligent drone technology. Its straightforward maintenance cycle and open‑source software architecture have set new standards for cost‑effective UAV operations, ensuring the Sting remains a benchmark for future developments.