Assessing a war at stand-off: a comparison of the strengths of Russian and Ukrainian militaries

Ukrainian and Russian military capabilities have evolved dramatically since the first phase of the war in 2014 and the full-scale invasion that began in 2022. What started as an asymmetric contest between a larger, legacy force and a smaller, reforming military has become a high-intensity, industrial conflict featuring massed artillery, pervasive drones, electronic warfare at scale, and a race to rebuild munitions and manpower, all resulting in a perpetual stalemate. Here we compare the two sides across core domains, tracing how each has adapted and what those adaptations imply for future operations.

Manpower

Russia. Moscow entered the full-scale war with a larger population base, deep reserves of former conscripts, and a legal apparatus capable of mobilising at scale. After early losses and a partial mobilisation, Russia built a pipeline that blends contract soldiers, mobilised reservists, irregular formations, and prisoners turned “storm” units. The system trades quality for quantity: it can sustain a high replacement rate and fill trenches, but average unit proficiency and small-unit leadership often remain weak. Rotation policies are inconsistent, leaving many formations exhausted. Nonetheless, Russia’s central advantage is capacity to absorb losses and raise new brigades, even if their quality is uneven.

Ukraine. Kyiv’s manpower is constrained by demographics and by the political and social costs of prolonged mobilisation, but average soldier motivation is higher and junior leadership more adaptive. Experience accumulated since 2014 has created a cadre of competent NCOs and mid-level officers. Ukraine’s challenge is sustaining force levels while preserving quality—training pipelines with European partners help, but the tempo of combat, medical evacuations, and the need to retrain on new systems create persistent strain. Rotations are improving where sector stability allows. In aggregate, Ukraine fields fewer troops than Russia but has more combat effectiveness per soldier when supported by adequate munitions, ISR (intelligence, surveillance and reconnaissance) and air defence.

Implications. Russia can keep coming; Ukraine can keep outperforming—if ammunition, ISR and air defence sustain the qualitative edge. Future operations will hinge on whether Ukraine can stabilise recruitment and rest cycles, and whether Russia can improve small-unit proficiency faster than it burns through replacements.

Armoured Forces

Russia. Pre-war stocks were vast, but a large portion was obsolescent or in poor storage condition. Losses of modern tanks and IFVs forced Russia to refurbish older platforms (T-62/T-55 series, older BMPs) and adopt field expedients (cope cages, slat armour, ERA layering). Armour is now employed more cautiously: short dashes under drone observation, night or EW-screened thrusts, and combined arms assaults that try to use mass to overwhelm local defences. Russia still fields more hulls overall, but the average platform survivability and sensor suite lag behind Western-equipped Ukrainian units.

Ukraine. Ukrainian armour is a mosaic: indigenous legacy platforms upgraded with optics and comms, Western MBTs and IFVs in smaller numbers, and rapid retrofits to defeat top-attack FPV drones (roof armour, soft-kill dazzlers, thermal management). The centre of gravity has shifted from large armoured spearheads to combined arms teams tightly integrated with drones, sappers and precision fires. Ukraine’s limiting factors are spare parts, depot-level maintenance, and the density of minefields; when logistics and de-mining assets mass, Ukrainian armour still generates sharp, tactical breakthroughs.

Implications. Armour remains decisive at the moment of exploitation, but survivability now depends less on thickness of steel and more on the quality of counter-drone protection, EW cover, engineering support, and instant ISR. The side that best synchronises mines, breaching, smoke/EW, and loitering munitions will gain the next operational breakthrough.

Artillery

Russia. Artillery remains Russia’s signature advantage in mass. Tube and rocket systems are plentiful; sustained rates of fire are supported by domestic shell production and imports of propellants and components via third countries. Counter-battery radars and EW to degrade Ukrainian drone spotters are used extensively. Accuracy is uneven: where Russian units integrate drones effectively, fires are lethal; where they do not, barrages revert to area bombardment.

Ukraine. The Ukrainian fires complex trades volume for precision. Western guns and ammunition deliver better accuracy and range; guided rockets and precision artillery compensate for lower daily shell tallies. Ukrainian counter-battery performance is strongest where ISR is dense (multirotor recon, fixed-wing drones, acoustic sensors) and where long-range strike assets can hit Russian ammo dumps and gun lines. Shell supply remains the gating constraint. Domestic shell production and European ramp-ups have narrowed the gap but not closed it everywhere.

Implications. Fires will continue to decide who attacks and who retreats. Russia’s path to advantage is sustaining mass and jamming Ukrainian spotters; Ukraine’s is precision, counter-battery speed, and deep interdiction of Russian logistics. If Ukrainian shell supply and long-range strike stocks grow, Russian local offensives become cost-prohibitive.

Air Power and Air Defence

Russia. The VKS (Russian Air Force) retains a numerical advantage in combat aircraft and a deep inventory of glide bombs and stand-off munitions. Yet Russian manned aviation still operates primarily from beyond Ukraine’s medium-range air defence envelopes, relying on lofted glide bombs against frontline positions. Survivability over the FEBA is not guaranteed; low-altitude approaches remain vulnerable to MANPADS and medium-range SAM traps. Rotary aviation has adapted with stand-off rocket and ATGM tactics.

Ukraine. Ukraine’s decisive edge is ground-based air defence: a layered network of legacy systems, Western SAMs, and dense MANPADS coverage that denies Russia uncontested airspace over most of the front. Ukrainian fast-jet fleets are limited but increasingly equipped with Western munitions; the larger story is the rise of long-range, one-way attack drones and cruise-missile integration that extends Ukraine’s strike reach. The constraint is interceptor missile stockpiles and the maintenance burden of diverse SAM systems.

Implications. Neither side will achieve classic air superiority soon. The contest is about air denial and precision standoff. The force that preserves more SAM interceptors and integrates passive detection with mobile launchers will dictate the tempo of enemy air strikes. Any qualitative leap in Ukrainian fighter capability would reshape Russian glide-bomb tactics; conversely, a sustained depletion of Ukrainian SAM stocks would open windows for Russian airpower to matter more.

Naval Assets

Russia. The Black Sea Fleet has been degraded by persistent Ukrainian strikes, coastal missiles, and maritime drones. Surface operations near the north-western Black Sea are hazardous. Russia retains submarines and can launch cruise missiles from sanctuary, but freedom of manoeuvre is reduced, with logistics to Crimea increasingly constrained to land corridors and Kerch crossings (whether by bridge or vessel).

Ukraine. Without a traditional blue-water fleet, Ukraine innovated: anti-ship missiles, explosive USVs and long-range strikes against ports, air defences, and fleet logistics. This asymmetric naval campaign pushed Russian surface vessels east and enabled limited grain export corridors despite wartime risk.

Implications. The naval balance will remain asymmetric. Ukraine’s ability to hold Crimean ports and Kerch at risk shapes the land fight by starving Russian logistics; Russia’s ability to keep cruise-missile launch platforms safe shapes Ukraine’s rear-area security.

Drones and Loitering Munitions

Russia. Russia fields mass: from Shahed-type one-way attack drones to Lancet loiterers and a growing array of FPV platforms produced at scale. Integration into artillery kill chains has improved. EW-guided strike packages and decoy swarms are common. Unit-level FPV skills vary, but sheer numbers matter in trench warfare and anti-armour ambushes.

Ukraine. Ukraine is the global laboratory for bottom-up drone innovation. Civil-military networks produce FPVs at scale, integrate AI-assisted targeting, and adapt airframes weekly. Ukrainian units excel at using cheap FPVs for precision trench clearing, logistics interdiction, and counter-battery spotting. Long-range one-way drones striking deep in Russian rear areas have strategic effect disproportionate to cost.

Implications. Drones are the new artillery forward observer and the new light anti-tank weapon rolled into one. The decisive variable is not only quantity, but the resilience of the production ecosystem and the EW environment. The side that fields adaptive firmware, better optics, and EW-resistant links gains a rolling advantage.

Electronic Warfare (EW) and Spectrum Control

Russia. Russian EW density along the front is high, with layered jamming, spoofing, and direction-finding from tactical to operational levels. Russian systems have suppressed satellite navigation across broad sectors and forced rapid Ukrainian adaptation. Direction-finding enables counter-battery and anti-drone ambushes. EW discipline, however, varies by unit and sector.

Ukraine. Ukraine counters with agile, smaller-footprint EW, rapid firmware changes, frequency hopping, tethered relays, and decentralised spectrum management. Civil tech talent pools accelerate adaptation cycles. Ukrainian units increasingly pair EW hunters with loiterers to neutralise jammers physically.

Implications. EW is the invisible high ground. Whoever dominates the spectrum controls drones, artillery sensing, and command links. Expect continued oscillations: new jammers prompt new waveforms, which prompt new sensors, in a constant race. Operational success will track the speed of this adaptation cycle.

Logistics

Russia. A land-based logistics network from Russia into occupied territories supports mass, but is vulnerable to deep strikes on rail nodes, bridges, depots, and trans-shipment points. Russia has thickened air defences around key junctions and spread stocks to reduce single-point failures. The rail-to-truck interface remains a choke point.

Ukraine. Western aid, domestic production, and distributed depots sustain Ukraine, but road-bound logistics must operate under constant drone and missile threat. Ukraine has improved deception, dispersion, and night movement; long-range strikes to Russian depots serve as indirect logistics. The key constraint is throughput of artillery ammunition, air-defence interceptors, and spare parts.

Implications. Deep interdiction is the lever that turns tactical success into operational effect. The force that better targets the opponent’s rail hubs, bridges, fuel farms, and repair echelons will decide where offensives can happen at all.

Industrial Production and Munitions

Russia. The economy has been bent toward war production. Output of artillery shells, glide kits, and loitering munitions has risen sharply, supported by imports of components and machine tools via third countries. Quality control issues persist but volume matters. Labour shortages, sanctions on high-end chips, and bottlenecks in explosives and precision optics cap growth.

Ukraine. Ukraine has built an agile, distributed defence industry, excellent at drones, software, and rapid retrofits, and increasingly capable in artillery ammunition and armoured repairs. Partnerships with European manufacturers are expanding capacity, but scaling heavy munitions and complex air-defence interceptors takes time. The strategic prize is a sustainable domestic stock of shells and long-range strike systems.

Implications. This is an industrial war. Russia’s advantage is centralised capacity for volume; Ukraine’s is innovation and foreign partnerships. If European production of 155mm shells, propellants, and air-defence missiles hits its targets and Ukrainian domestic lines keep accelerating, the balance of firepower narrows decisively.

How These Trends Shape Future Operations

1. Offence under the drone–EW canopy. Any successful assault will require modular breaching groups protected by EW and smoke, preceded by systematic dismantling of enemy jammers and artillery. Attacks without this choreography will remain prohibitively costly for both sides.

   
   

2. Deep strikes decide the shallows. The operational centre of gravity is increasingly in depots, rails, bridges and C2 nodes 50–300 km from the front. Sustained interdiction will starve sectors and force retreats without classic breakthroughs.

   
   

3. Air denial, not air dominance. Expect continued glide-bomb and standoff duels. The side that preserves SAM magazines and innovates in passive detection will dictate windows of opportunity for ground action.

   
   

4. Industrial tempo as strategy. Campaign planning now depends on monthly output of shells, FPVs, EW kits, and interceptor missiles. Procurement and production schedules are as decisive as order of battle charts.

   
   

5. Manoeuvre returns when mines recede. Where engineering assets, mine-clearers and precision fires can open lanes faster than the defender reseeds them, armour regains operational relevance. That requires sustained munitions and EW superiority in defined sectors, not everywhere at once.

   
   

6. Adaptation cycles as a weapon. Firmware updates, counter-counter-EW, and rapid prototyping have become weapons in their own right. The side that shortens its observe–orient–decide–act loop in the electromagnetic and industrial domains will accumulate advantages that compound.

Bottom Line

Russia’s strengths are mass—of shells, glide bombs, and bodies—and a war economy oriented to sustain that mass. Her weaknesses are qualitative: small-unit leadership, combined-arms finesse, and the brittleness that appears when logistics nodes are struck and EW is outmanoeuvred. Ukraine’s strengths are adaptability, precision, superior air defence, and an innovation ecosystem that turns commercial technology into battlefield advantage with remarkable speed. Her weaknesses are resource scarcity and the strain of sustaining trained manpower and munitions over time.

If Ukraine secures steady flows of air-defence interceptors, artillery ammunition, and long-range strike systems while continuing to scale domestic drones and EW, she can keep denying Russia operational breakthroughs and shape the field with deep strikes. If Russia maintains munition volumes and improves tactical integration of EW, drones, and armour even modestly, it can continue grinding for limited gains—at high cost.

In a war now decided as much in factories and firmware as in trenches, superiority is no longer a single metric. It is the sum of production, protection, precision, and the speed to evolve faster than the opponent.