Radio Free Europe reveals Texas Instruments chips in Russian drone teardown
Summary
A recent report by Radio Free Europe/Radio Liberty (RFE/RL) details a teardown of the Russian Geran-4 “Seeker” turbojet drone, highlighting its advanced technology that enhances its lethality compared to older models. The Geran-4 can reach speeds of 300 mph and operates at higher altitudes, making it capable of evading conventional air defenses, a feature evident in its current deployment in Ukraine. Analysts found that the drone includes various foreign components, notably Texas Instruments chips, and advanced communications systems utilizing Chinese-made modems for extended operational range and real-time control.
Tokens
$TXN
Analysis
Texas Instruments: Texas Instruments designs and manufactures semiconductors, including analog and embedded chips used across consumer, industrial, and defense electronics. The RFE/RL analysis identified its components in the central processing and navigation systems of Russia's Geran-4 jet-powered attack drone, even with markings partially removed. This reflects ongoing integration of such chips in advanced unmanned systems. Radio Free Europe/Radio Liberty: Radio Free Europe/Radio Liberty is a US government-funded international news organization focused on independent reporting in regions with restricted media access. Its analysts performed a full teardown of a captured Russian Geran-4 turbojet drone, identifying critical foreign components including Texas Instruments chips in the guidance systems. The report details how these elements enable faster speeds, higher altitudes, and enhanced evasion of air defenses. Drone Evolution: Russia has introduced turbojet-powered one-way attack drones that achieve higher speeds and altitudes than previous piston-engine models. Foreign Components: Teardowns of Russian UAVs continue to reveal electronics sourced from international suppliers integrated into navigation and communications systems. Mesh Communications: Advanced modems in these drones support extended range through relay networks and cellular connectivity for real-time control and video transmission.
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macropolitics