Chinese Firm Offers Russia $2.9 Million in Drone Tech to Help Strikes Deep Inside Ukraine – Investigation

Shenzhen Xingkai Technology offered to supply communications equipment designed for attack drones. The proposed buyer was a factory in Russia’s Alabuga special economic zone. The offer matters because the equipment could support Russian drones operating farther inside Ukraine.

The equipment consisted of mesh modems. The Insider reported that an investigative journalist posed as a Russian military supplier when contacting the company. The journalist told the manufacturer that the equipment was intended for military use, yet discussions continued. The company also suggested payment through accounts at three Chinese banks.

The offer fits into a wider supply chain supporting Russia’s Geran and Gerbera drones. The Insider identified Xingkai Technology as a major supplier and said it accounts for around half of the market for high-performance mesh modems used in those drones. Ukrainian personnel have linked the technology to deeper reconnaissance and wider drone control.

A mesh modem is communications equipment that allows drones to connect through one another. Instead of depending only on a direct link to an operator, drones can form a network in the air. This matters because the network can keep commands and information moving when a direct signal is weak or unavailable.

The article gives a simple example. One drone receives a command and passes it to another drone farther away. The second drone can then remain connected through the first drone, which acts as a signal relay. Intermediate drones can transmit information between the operator and the aircraft carrying out the mission.

This arrangement can extend the distance over which Russian forces control drones. The article reports that mesh modems may help Geran and Gerbera drones operate farther into Ukrainian territory. Ukrainian military personnel also warned that the technology was enabling deeper reconnaissance and expanding the area of Russian drone control.

The proposed shipment was large enough to support a substantial number of drone communications systems. Shenzhen Xingkai Technology offered 500 mesh modems to a factory in Russia’s Alabuga special economic zone. The quantity shows that the proposal involved organized supply rather than a small test purchase.

The quoted price was 19.5 million yuan. The article converts that amount to approximately $2.87 million and describes the deal as nearly $2.9 million. The journalist presented the request while posing as a Russian military supplier, and the company continued discussing the shipment after learning its intended military use.

The figures underline the equipment’s role in a wider drone supply chain. The Insider identified Xingkai Technology as a major supplier for Russian Geran and Gerbera drones. It also reported that the company accounts for around half of the market for high-performance mesh modems used in those aircraft.

Mesh modems matter because they change how Russian drones stay connected during flight. Geran and Gerbera drones can use a network of aircraft rather than relying only on one direct connection to an operator. That can make communications more flexible and extend the drones’ operating range.

The mechanism is straightforward. One drone can relay commands or information to another drone. The second aircraft may be farther from the operator, but it remains connected through an intermediate drone. The article says an Xingkai modem recovered from a Russian Gerbera drone helped identify the company as a major supplier.

The supply role appears significant. According to The Insider, Shenzhen Xingkai Technology accounts for around half of the market for high-performance mesh modems used in Russian Geran and Gerbera drones. The equipment could help Russian forces maintain control, conduct deeper reconnaissance, and exploit gaps in Ukrainian air defenses.

If drones can relay signals deeper into Ukraine, Russian forces could control aircraft beyond the normal reach of a direct operator link. That matters because the drones may continue receiving commands and sending information even when distance or obstacles weaken the primary signal.

The article describes the key mechanism: intermediate drones act as signal relays. One aircraft passes commands or information to another, creating a network in the air. This can extend the control range of Geran and Gerbera drones and help them operate farther into Ukrainian territory.

The reported consequences include deeper reconnaissance and a wider area of Russian drone control. Ukrainian military personnel warned in April that mesh modems used with Shahed-type and Gerbera drones were enabling those effects. The technology may also help Russian forces exploit gaps in Ukrainian air defenses, although the article does not quantify how often that occurs.

Airborne relay networks make a single direct connection less central, so defense would likely require layered responses. Ukraine could detect drones and their relay aircraft, protect important areas with air defenses, and disrupt the communications links connecting the network. This approach addresses both the aircraft and the system supporting them.

Electronic warfare could attempt to interfere with signals or reduce the network’s ability to pass commands. Air-defense units could also target drones acting as relays or carrying out missions. Because the article says drones can transmit through intermediate aircraft, focusing only on the operator’s direct connection may not be enough.

The source does not identify specific Ukrainian countermeasures or report their effectiveness. It does state that mesh modems may let Russian forces conduct reconnaissance deeper into Ukraine and expand their control area. That suggests Ukrainian defenses may need to track changing network paths, not just one signal between an operator and a drone.

Military drones depend on communications networks because they must receive commands and transmit information during missions. Their data links connect the aircraft with operators, other drones, and sometimes wider command systems. Without reliable links, a drone may have less ability to respond, share observations, or remain under control.

The article illustrates this dependence through mesh modems. A drone can relay commands or information to another aircraft, allowing the second drone to stay connected when a direct signal is weak or unavailable. Electronics suppliers therefore become part of the operational chain. Xingkai equipment was found in a Russian Gerbera drone and linked to Geran and Gerbera systems.

More broadly, this means a drone’s effectiveness depends on both the aircraft and its supporting network. The article reports that Xingkai accounts for around half of the relevant high-performance modem market. Disrupting or restricting such components could affect how far drones operate and how well forces control them.