Russian forces have poured money and attention into drones, electronic warfare, and headline-grabbing weapons, yet their most persistent vulnerability lies deeper in how the army itself is organized and commanded. The campaign in Ukraine has exposed brittle units, chaotic decision-making, and a system that struggles to adapt despite clear battlefield realities. The result is a military that can field impressive hardware but repeatedly fails to translate it into coherent, sustainable combat power.
The structural flaws now on display are not a surprise to specialists who have tracked the evolution of the Russian armed forces over the past decade. They stem from choices about force design, manning, and command culture that predate the full-scale invasion of Ukraine and that have proven resistant to reform even under the pressure of staggering losses. The “game of drones” has simply made those weaknesses impossible to hide.
From battalion tactical groups to broken command chains
The Russian General Staff chose to invade Ukraine with over one hundred battalion tactical groups rather than fully mobilized brigades, a structural decision that aimed for quick victory but proved ineffective. Analysts of The Russian approach note that these battalion tactical groups were built as small, supposedly agile formations, but they were hollowed out by low manning levels and lacked the support elements needed for sustained high-intensity combat. The choice to lean on these units reflected a belief that limited, professionalized forces could achieve strategic aims without the political and logistical burden of full mobilization, a belief that collapsed once the war turned into a protracted fight.
As the campaign dragged on, the same structural logic that produced the battalion tactical groups also warped higher-level command. Russian divisions, intended as robust combined arms formations, have acted as miniature headquarters, commanding depleted units while managing operational tasks. Reporting on Russian divisions describes them as overstretched command nodes rather than cohesive fighting formations, a design that magnifies confusion when plans go wrong and leaves little redundancy when senior officers are killed or communications are disrupted.
Culture of dysfunction: misled leaders and chaotic control
The structural problems are compounded by a command culture that prizes loyalty and secrecy over honest assessment. Another major problem was that Another key factor was that Putin had been misled about the state of readiness of the Russian military, which on paper appeared modernized but in reality suffered from poor training, corruption, and hollow units. That disconnect between reported capability and actual performance meant that the invasion plan rested on assumptions about speed and effectiveness that the force could not meet. When those assumptions failed, the same culture that had produced rosy assessments struggled to admit error or empower lower-level commanders to improvise.
The result has been a pattern of chaotic responses whenever Ukrainian forces have seized the initiative. Analysts observing Russia’s struggle to contain Ukrainian operations around Kursk have highlighted how Russia is hampered by a complex and dysfunctional command system that slows decisions and blurs responsibility. One assessment described this as a deeply rooted trait in the military culture rather than a temporary wartime glitch, a sign that even when new technologies like drones are introduced, they are being plugged into an old hierarchy that cannot exploit them effectively.
Force structure, logistics, and the cost of outdated design
Behind the front line, the way the army is built and supplied has also limited its ability to adapt. To understand the impact of mobilization, analysts of Russian adaptation in 2023 emphasize that the prewar force structure was already undermined by low manning levels across the force, which meant that new conscripts and mobilized reservists were being poured into units that lacked experienced cadres and coherent support. At the same time, assessments of military lessons identified by Russia stress that the country faces a protracted military confrontation that will demand sustained production of drones, glide bombs, and mass artillery, a demand that sits uneasily with a system still optimized for short, sharp operations rather than industrial-scale attrition.
Logistics have been a particular weak point. Detailed studies of Russian armor and mechanized battalion tactical groups describe how Logistical diversity instead of standardization has created a problem of volume, weight, and security when moving supplies, complicating efforts to keep units fueled, armed, and repaired under fire. On the battlefield, these structural and logistical flaws have translated into extraordinary equipment losses. Analysts cataloging Destroyed Equipment in Ukraine have pointed to fundamental design flaws and outdated protection on Russian tanks, with amateur videos showing turrets blown off by ammunition cooking off in what one expert called a “jack-in-the-box” flaw. These losses are not simply the result of Ukrainian drones or missiles, they are the predictable outcome of an army that fielded vulnerable platforms in large numbers without a supporting system capable of protecting or rapidly replacing them.
Drones as symptom, not cure, of a deeper design crisis
The increase in drone warfare has exposed Russian weaknesses without addressing structural flaws. Analysts of the so-called Game of Drones note that drones have reshaped frontline combat, exposing gaps in Russian air defense coverage and command responsiveness even as Moscow invests in systems like the S-70 Okhotnik-B stealth drone. The central issue is that these new tools are added to an army whose structure struggles with branch coordination, intelligence sharing, and asset protection. One assessment of Russia’s military failures argues that the command was unable to ensure joint operations of different types of forces or to concentrate combat power in decisive sectors, a failure that no number of quadcopters can fix.