Tiny Ukrainian receiver intercepts Russian drone feeds in real time — SkimNews
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- CODE380 developed the D·Vision SDR, a software-defined radio that sweeps 500 MHz–8.7 GHz, converts drone signals into video and supports software updates for new specifications; developers told DOU on Oct. 17 that it scans without “blind spots” and offers greater sensitivity than competing detectors.
- D·Vision SDR weighs roughly 10 ounces (290 grams), less than half as much as its main Ukrainian rivals. Militarnyi reported manufacturer figures showing analog video reception up to 10 kilometers on 540 MHz–6 GHz and 3.5–5 kilometers on higher frequencies.
- Beskrestnov said in June that Russia’s Molniya strike drones began sending video in the 4.1–4.5 GHz band that most detectors miss or detect poorly, warning that misplaced trust in a detector could cost a life.
- Russian drones using analog links transmit camera feeds without encryption, allowing a tuned receiver to reveal where a unit is headed and what its pilot is aiming at before impact.
- D·Vision SDR joins passive Ukrainian sensors that listen without emitting a signal capable of revealing a unit’s position, complementing rather than replacing radar, acoustic sensors and interceptors.
- Vydun 7.5 intercepts analog video up to 7.5 GHz but weighs 0.9 kilograms; SENSE-4 reaches 8.2 GHz at 600 grams, while Chuyka 3.0 can be upgraded to 8.8 GHz.
- Beskrestnov warned that new drone variants are being designed with harder-to-hack feeds and that a full replacement of analog video by digital would make portable detectors and fixed analog receiving stations ineffective; many current receivers also struggle with digital video and fiber-optic drones.
Why it matters: Ukraine’s drone operators gain a 10-ounce way to read an incoming drone’s unencrypted feed and see where it is headed before impact, at ranges up to 10 kilometers. The catch is explicit: Beskrestnov says digital video and cable-guided fiber-optic drones already strain receivers, while a full digital shift would make analog receiving stations ineffective.
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