Learn how the STING defensive drone can be controlled from up to 2,000 kilometres away, expanding long-range defense capabilities.
As part of the feature series Wars Have Changed Forever, this report examines a new phase in warfare in which unmanned systems can be operated beyond geographical borders. In recent years, as UAVs have become a central element of combat, counter-drone systems and the remote control technologies that support them have continued to reshape military doctrine.
The STING defensive drone, developed by Ukraine-based Wild Hornets, is presented as one of the notable examples of this change. The company states that its next-generation control infrastructure allows the platform to be used with greater operational flexibility.
The Hornet Vision Ctrl system developed by Wild Hornets enables the STING defensive drone to be controlled from distances of up to 2,000 kilometres. According to the company, operators do not need to remain close to the front line and can conduct operations from locations such as an apartment or hotel room, provided that a suitable connectivity infrastructure is available.
This model differs from conventional air defence concepts, where operators are generally positioned near the target area. The STING system is reported to increase operator safety while also expanding operational flexibility.
STING is a defensive drone developed primarily to detect and destroy enemy UAVs. Such systems are described as a cost-effective option, especially against Shahed-type kamikaze drones used extensively by Russia.
According to available specifications, the STING can reach a speed of around 280 km/h and has a range of up to 37 kilometres. Its manoeuvrability allows it to track targets and destroy them either by direct impact or with an explosive payload. The system is also reported to provide a robust data link supported by a 360-degree antenna structure.
One of the most notable aspects of the platform is its cost. Reports indicate that the unit cost of the STING is around $2,000 or less, while the Shahed-type drones it is designed to intercept are estimated to cost between $20,000 and $50,000. This difference provides a significant economic advantage for the defending side.
The STING system is reported to be in active field use rather than in a testing phase. According to company data, the platform has neutralised more than 3,000 Russian drones since entering service in mid-2025.
Production has also increased. Reports state that manufacturing capacity has exceeded 10,000 units per month, allowing large-scale distribution. Separately, the Ukrainian Ministry of Defence has stated that 30,000 UAVs were neutralised in March alone with the help of interceptor drones. These figures indicate that interceptor drone concepts have become a central element of the conflict.
Systems such as STING show that modern warfare is increasingly shaped not only by unmanned vehicles, but also by remotely controlled, distributed and scalable defence networks.
New approaches have also emerged in the field of training. The ability to control drones such as STING from long distances has also drawn attention to home-based familiarisation and simulation opportunities.
Ukraine has previously shared footage showing UAV and FPV drone operators receiving training with the help of GTA V. Officials said this experience does not replace formal training, but can serve as a useful way to relax while supporting the development of the hand-eye coordination required for FPV drone flight.
New pilots in Ukraine continue to receive instruction at unmanned aerial vehicle schools across the country. Statements from school administrators indicated that students with gaming experience often perform strongly in this environment. According to these statements, long-term familiarity with controllers and joysticks can support the hand-eye coordination needed to match on-screen or goggle-based visuals with movement and orientation.
This report is part of the feature series Wars Have Changed Forever, which focuses on modern autonomous systems and the changes they are bringing to military doctrine.
Other reports in the series:
An autonomous mine-laying and mortar-firing UAV from Russia
Kinetic countermeasure against the UAV threat: the Russian Yolka system
SkyRiper Minotaur: Heavy-class kamikaze drone with LTE connectivity
Ukraine has covered its roads with fishing nets to protect against Russian drones
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