Ukrainian engineers have introduced a new sighting system called Hlyadach (Watcher), which allows soldiers to fire at enemies while remaining safely behind cover. The system was recently tested by representatives of Ukraine’s Defence Forces, marking a significant step in improving battlefield safety and effectiveness.
During trials at a military training ground, soldiers used the system to engage targets from behind obstacles and simulate urban combat scenarios. The Watcher system consists of a camera mounted on a weapon, a monocular display showing the live feed, and a control module. The design ensures that the shooter’s movements remain unrestricted while keeping the device compact and easy to use.
The system was developed by the Ukrainian company VYRIB-1, with input from military personnel and civilian specialists. The developers emphasised that the modular structure, scalability of production, and affordability of the Watcher system make it a practical alternative to foreign models, allowing for rapid deployment across Ukrainian forces.
The concept of using cameras on firearms to increase soldier safety has been explored for decades. One of the earliest examples is the CornerShot system, developed in the early 2000s by Israeli Lieutenant Colonel Amos Golan. This device allowed soldiers to aim and fire around corners using a hinged mechanism. The French military also experimented with similar technology in the FAMAS Felin system, designed as part of the “future soldier” programme.
Ukraine has already integrated advanced firearms into its military. In 2023, Ukrainian forces received FAMAS assault rifles equipped with features enabling firing from behind cover. The Watcher system further strengthens these capabilities, providing a domestically produced, cost-effective solution to enhance safety and combat efficiency.
Key Features of the Hlyadach System | Details |
---|---|
Components | Camera, monocular display, control module |
Advantages | Allows firing from cover, compact, modular |
Cost | Lower than foreign alternatives |
Developed By | Ukrainian company VYRIB-1 |
Tested By | Ukrainian Defence Forces |