Supercam S350 reconnaissance drone received an artificial intelligence-based system

The updated complex is capable of automatically recognizing objects and operating without a satellite signal

The Russian Supercam S350 reconnaissance drone has been equipped with an intelligent system based on artificial intelligence, which is capable of automatically processing photo and video data, recognizing and classifying objects. This was announced by Ekaterina Zgirovskaya, official representative of the "Unmanned Systems" group of companies, at the Dubai Airshow 2025 exhibition.

Supercam S350
Supercam S350

The company's specialists have developed a system that, in real time or during subsequent analysis, can detect and classify objects in images received from the drone.

Zgirovskaya noted that the complex is constantly being modernized and is based on practical experience. Completely updated radio-electronic equipment provided the device with high noise immunity, the ability to perform flight missions in the absence of a satellite signal, and the availability of autonomous navigation.

In addition, the drone received protection against FPV drone attacks and improved video stream quality, which is now transmitted in Full HD resolution.

The company representative also said that a new direction was the introduction of signal retransmission technology — receiving and subsequently transmitting data to the next device. This scheme allows you to increase the range of flights and improve the accuracy of strike UAVs when interacting with loitering ammunition. The new hardware and software complex provides low video signal latency, increased noise immunity and the ability to build mesh networks for all Supercam family drones.

Thus, the AI module saves the operator's time by automatically selecting important targets on the video stream and reducing the number of false positives. Retransmission and mesh networks increase the range of a group of drones without dependence on a single point of communication. Improved noise immunity and independent navigation increase the survivability of the complex in conditions of active electronic warfare.

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Sources
TASS

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