Welcome to the August edition of our Tactical Intelligence Report. Each month, we analyze emerging drone TTPs, changes in frontline operations, movements in global drone doctrine, and lessons from active combat zones worldwide.
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Executive Summary
- Mesh modems will be used on more high-impact Russian drones, including variants of Geran-5, Gerbera and Molniya UAVs. This will extend the operational range of these platforms for deeper, layered strikes as Ukraine likely calibrates its EW systems and scales deployment of tactical radars.
- Mixed formations are replacing single-drone effects to pressure the defender into spending more resources, create redundancy and ensure mission continuity. Strike packages will likely continue to become more heterogeneous, layered, and adaptive.
- Russia's emerging strike tactics, including lower-altitude approaches by OWAs, shorter spacing between packages, intermittent small-batch jet-drone attacks, and 'double-tapping', indicate that tactics are increasingly designed around how Ukrainian air defence reacts.
- Control-link survivability and on-board autonomous modules are expected to shape tactical FPV drone combat in the coming months. More FPVs are now being designed around communications redundancy, spectrum diversity and reduced dependence on a single control architecture
- EW will evolve into an airborne, networked and selective contest. Russia is equipping its OWA, decoy and ISR drones with a range of on-board EW modules to defeat Ukrainian interceptors.
- Frequency hopping, modulation changes, specialized antennas and targeted suppression will likely become more important as broadband jamming becomes less efficient against diverse control architectures.
- Russia is expected to scale production of mobile anti-Starlink jammers for forward deployment, even as it explores alternative satellite connectivity channels for its middle and deep-strike drones.
- Modularity is now a core design requirement across domains, and is determining the real tactical value of individual platforms. The useful life of a drone will depend more on how quickly it can accept new modules than anything else.
Forward Tempo: Control links are becoming contested subsystems
The fight over drone control links is becoming a direct contest between transmitter power, antenna design, modulation, redundancy and EW range.
Russian FPVs are increasingly using dual-command receiver configurations, with two independent receivers operating on different frequency bands.
Antennas with different polarisations are also being used. Wideband antennas covering several frequency ranges have appeared, alongside non-standard LoRa modulation, duplicated communications channels and high-power signal amplifiers.