Autonomous Guidance for Combat Drones

With the VGI-9 optical guidance system, operators can autonomously target stationary and mobile targets up to 80 km/h by simply marking the target and triggering a strike with a single button on the drone’s control panel.

The optical guidance system maintains drone stability and effectiveness, unaffected by external factors like wind speed and direction.

Moreover, changes in the equipped FPV drone’s weight do not necessitate additional calibration or settings, ensuring high target engagement accuracy and flight parameter adaptability in all conditions.

The VGI-9 system ensures high-precision target engagement regardless of the FPV drone’s position relative to the target—at any distance, altitude, or capture angle.

Effective range: 100–2000 meters (visual target detection is all that’s required).

Effective altitude range: 20–250 meters — no enemy will remain undetected.

Once the target is locked, the VGI-9 module automatically adjusts the FPV drone’s attack angle and speed, guaranteeing maximum target engagement precision.

The optical guidance system outputs stable, high-fidelity imagery at 40+ FPS, enabling comfortable and efficient operator performance.

This frame rate eliminates latency, delivering real-time, high-resolution visuals critical for mission effectiveness.

The “Cruise Control” feature facilitates autonomous FPV drone flight along a defined trajectory, automatically regulating altitude and speed.

This mode allows the drone to traverse significant distances independently and effectively penetrate areas under long-range electronic warfare (EW) influence.

Upon reconnection, the operator seamlessly regains control, enabling continued mission execution.

The VGI-9 optical target guidance system is integrated with popular Ukrainian-developed FPV drone models. Collaboration with leading manufacturers ensures stable mass production and effective technical support for FPV drones of various configurations. Users particularly appreciate the VGI-9 module for its reliability, resistance to external influences, and ability to operate stably in electronic warfare (EW) environments.

If you are a drone manufacturer and are interested in integrating the VGI-9 system into your products, please contact us through the website. We are open to cooperation and ready to discuss integration details.

The VGI-9 system is developed with direct pilot input and combat deployment data, optimising user experience and operational efficiency.

FPV drone operators benefit from an intuitive interface and simplified controls, enabling rapid proficiency.

Pilots can immediately engage in combat operations, without requiring extensive configuration or complex documentation.

The VGI-9 optical target guidance system is a comprehensive turnkey solution that includes hardware, software, licensing, training simulators, and instructions.

We offer a competitive price that does not increase the cost of drones for Ukrainian military personnel. The VGI-9 team collaborates with FPV drone manufacturers and is open to new partnerships. We invite all those interested in integrating the VGI-9 system to submit applications through our website — please use the form below.

The VGI-9 system is equipped with advanced mechanisms that ensure reliable protection against any attempts at unauthorized access or code tampering. Thanks to integrated encryption technologies, multi-level authentication, and robust security algorithms, the system effectively prevents any attempts to obtain, modify, or intercept data.

Special security measures also thwart decompilation, unauthorized copying, and replication of VGI-9’s functionality, preserving its uniqueness and operational stability.

The VGI-9 team prioritizes security, guaranteeing the system’s reliable operation and the safety of your data.

By integrating with Liftoff®, a highly realistic FPV drone simulation platform, we offer a safe and comfortable environment to learn our system. Users can conveniently explore the interface, practice drone maneuvers, and experiment with various mission scenarios directly from their desktop.