ROBOTWAR.io
ArchivedThis finding has left the current feed and is kept here for reference. Its sources are unchanged. See the latest findings.
CapabilityRU milblogger

Russia reverse-engineers 'DARTS': Ukraine's optically-guided autonomous FPV kamikaze

Published

A four-part Russian forensic analysis of a 30 GB memory dump from a captured Ukrainian kamikaze designated DARTS reveals an autonomously guided loitering munition, not a conventional FPV. The operator marks a target once on-screen; onboard software — a 14-algorithm MOSSE-family optical tracker with voting and re-acquisition — then homes the weapon to impact without GPS or an active radio link. The aiming reticle is set at roughly 65% from the top of frame rather than at the optical centre, a calibrated offset compensating for the flat dive angle and preventing overshoot; a PID controller cascade translates tracker error into stick-command substitutions injected directly into the flight controller. The system runs on a Raspberry Pi (Raspbian), hardened behind AES-256 encryption, a hardware USB-dongle DRM, and 141 PyArmor-obfuscated modules; internal strings are in Ukrainian and the analysts claim portions of the guidance math were drafted via ChatGPT. Russian analysts enumerate countermeasures: smoke or aerosol (degrades tracker peak-to-background ratio), textureless backdrops such as open sky, snow, or water (prevents initial lock), decoys to confuse the voting ensemble, sustained line-of-sight interruption, prolonged optical dazzle rather than single-pulse, and thermal signature reduction. Visual recognition signatures include a bracket-shaped reticle below frame centre and on-screen mode overlays reading TRACK / ENGAGE / HOLD.

Sources — 4 posts

Topicsfpv dronesai warfareelectronic warfare

Related findings

← Latest findings · All findings from June 2026