Night module

The night module is a specialized solution for autonomous targeting based on thermal signatures, designed for operation at night and in conditions of poor visibility, which remains operational even in the event of communication loss due to electronic warfare measures.

The system does not require calibration or configuration – algorithms automatically adapt to load, wind, and flight conditions.

Key benefits

Captivation

The VGI-9 night guidance module allows the operator to engage targets at distances of up to 3,000 meters and altitudes of up to 1,000 meters. The system works equally effectively with static and moving targets. The maximum speed of a moving target for engagement is up to 80 km/h.

Cruise

The VGI-9 system allows the operator to activate Cruise Control mode, in which the drone automatically maintains speed, altitude, and flight direction. This mode reduces the load on the operator, increases resistance to electronic warfare, and optimizes battery usage.

Compatibility

The VGI-9 guidance module is compatible with the main types of FPV drones – 7“, 8”, 10“, 13”, and 15" – without being tied to a specific platform. For drone manufacturers, the module can be integrated into their own models via the contact form on the website for further technical cooperation.

Vision

The thermal imaging channel provides a stable and informative image of the target regardless of lighting conditions. Optimized thermal video processing reduces noise, improves thermal signature contrast, and ensures reliable target acquisition and tracking during aiming.

Autonomy

After capturing the target, the VGI-9 night module operates autonomously, providing stable tracking without constant operator control. The system compensates for wind effects and changes in drone weight, maintaining high targeting accuracy for both static and moving targets.

Experience

The VGI-9 night module is used in real combat conditions, where the system undergoes stress and electronic warfare exposure. The solution architecture and guidance algorithms are optimized based on combat experience and feedback from unit operators.

Specifications

Parameters	Meaning
Maximum effective target acquisition distance	Up to 3000 meters
Maximum effective target acquisition height	Up to 1000 meters
Types of goals	Moving and stationary ground targets
Maximum speed of a moving target	Up to 80 km/h
Cruise control support	Yes
Resistance to electronic warfare	Yes
Target acquisition type	Target detection type
Ability to capture a target from hovering	Yes
Damage to concealed targets	Yes
Automatic target tracking	Yes
Adapting to changes in equipment weight	Yes
Automatic wind compensation	Yes
Stable frame rate (FPS)	30 FPS
Accuracy of damage	Up to 0.5 m, depending on weather conditions, height, and capture distance
Adapting to changes in target behavior	Yes, automatic mode switching
Protection against copying and decompiling software	High level: encryption, copy protection, obfuscation

Combat tasks performed by VGI-9

Countering electronic warfare

The guidance system allows striking static and moving targets at speeds of up to 80 km/h, even in areas affected by enemy electronic warfare measures.

Weather conditions

The thermal imaging camera of the guidance module ensures stable operation in foggy conditions and limited visibility due to the thermal signature of the target.

FPV preservation

The system allows the drone to continue flying along a predetermined trajectory in the event of loss of communication with the operator during a mission until communication is restored.

Precise damage

The guidance module ensures stable target engagement regardless of the drone operator's level of training and practical experience in combat conditions.

Mission distance

Cruise control mode reduces battery consumption during flight, increasing mission duration and range during flight.

Ease of operation

The drone with the guidance module does not require additional settings and can be quickly mastered by the operator directly in the field.

Cruise control mode

Cruise control mode enables autonomous flight of the FPV drone in a specified direction with automatic speed, altitude, and course maintenance, compensating for the effects of wind and external factors.

In this mode, the drone covers significant distances and continues flying even if communication is lost, maintaining the specified parameters. Once communication is restored, the operator can regain control at any time and continue the mission.

FAQ

How do VGI-9 guidance modules work?

The VGI-9 system uses computer vision technology to capture and track a target previously identified by the FPV drone operator. The operator visually identifies the object, points the cursor at it, and presses the corresponding button on the control panel. The system then automatically locks onto the target and switches to autonomous tracking mode until it is accurately hit.

Thanks to the combination of automated guidance accuracy and human flexibility, the VGI-9 system demonstrates high reliability and efficiency in various conditions, regardless of wind strength and direction or the availability of a stable connection with the operator.

Do VGI-9 modules limit the capabilities of an FPV drone?

The VGI-9 automatic guidance modules do not reduce the combat capabilities of the FPV drone and do not impose any restrictions on the payload weight. The effectiveness of using a drone with the VGI-9 system is entirely determined by the technical characteristics of the drone itself.

Thanks to its flexible settings, the VGI-9 system easily adapts to any drone configuration, ensuring stable operation and high accuracy in hitting targets in various operating conditions.

What is the flight duration of the drone in Cruise Control mode?

The flight time of a drone in cruise control mode directly depends on the capacity of the battery installed on the drone. However, other factors that also affect flight duration should be taken into account. These include the type and model of the drone, flight conditions (wind, temperature), drone load, and flight speed. Cruise control mode optimizes flight, but does not eliminate the influence of these factors.

In addition to battery capacity, the efficiency of the drone's power management system is an important factor. Cruise control mode minimizes unnecessary maneuvers and maintains a stable speed, allowing the drone to fly more efficiently.

Which FPV drone manufacturers use VGI-9 modules?

What types of targets can VGI-9 modules hit?

VGI-9 modules are capable of effectively capturing and tracking any targets regardless of their type, size, location, or degree of camouflage. The system is equally effective for hitting both static and moving objects.

As soon as the operator gives the command to lock onto the target, the FPV drone automatically switches to autonomous tracking mode, reliably keeping the target in its field of view until it is destroyed. This ensures high combat effectiveness even in difficult operational conditions.

How to apply for integration with VGI-9?

Do you have any examples of VGI-9 being used in combat situations?

Yes, the VGI-9 system is effectively used by the Ukrainian military in real combat conditions. In order to maintain operational security and confidentiality, we do not disclose information about specific units and areas of application.

If you would like more information about examples of VGI-9 applications, please fill out the form on our website. We will contact you to discuss the possibility of providing information in a secure and confidential format.

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