The Russian Military Beyond 2026 - Pain Points, Potential & Lessons for NATO (with Michael Kofman)

Episode Overview

• This episode analyzes the structural evolution, tactical adaptations, and long-term sustainability of the Russian military during the war in Ukraine, offering a realistic assessment of its strengths and vulnerabilities.
• It traces the trajectory of Russia's ground forces, aerospace forces (VKS), and drone/missile production, examining how deep Soviet-era reserves have stabilized its heavy equipment while high casualties have degraded its infantry.
• The discussion highlights the generational shift in Russian military leadership and the looming economic and demographic limits facing the Kremlin's defense industrial base.
• This content is essential for military analysts, policymakers, and defense enthusiasts seeking to understand why mass attrition, "good enough" technology, and organizational adaptation are shaping the future of modern warfare.

Key Concepts

• Decay in Infantry Quality vs. Stabilization of Heavy Equipment: While high casualty rates continuously degrade the quality and capability of Russian assault infantry, Russia’s heavy equipment situation (tanks, armored vehicles) has temporarily stabilized. This is due to a combination of industrial restoration of older legacy systems and a tactical decision to hold back heavy armor from the direct front lines to preserve forces.
• The Finite Nature of Soviet Reserves: Russia has sustained its massive equipment losses by drawing down deep Soviet-era storage yards. However, this reserve is finite and projected to be largely depleted by 2027–2028, at which point Russia will have to rely almost entirely on newly built production, which faces severe industrial constraints.
• The VKS Standoff Adaptation and SEAD/DEAD Gap: The Russian Aerospace Forces (VKS) have struggled with continuous wear and tear and have failed to establish air superiority due to a historical neglect of Suppression/Destruction of Enemy Air Defenses (SEAD/DEAD) missions. To protect its fleet from Ukraine's dense air defense network, the VKS adapted by utilizing standoff glide bombs, which operate on a slow, highly centralized coordination loop rather than providing true, responsive close air support.
• Industrial Scale and Evolution of Strike Drones: Russia has successfully scaled domestic production of One-Way Attack (OWA) drones, targeting over 120,000 units by 2026. This industrial ramp-up includes transitioning from slow, easily intercepted propeller drones to jet-powered variants, significantly dropping Ukrainian air defense interception rates and keeping continuous pressure on infrastructure.
• The Generational Shift in Military Leadership: The future of the Russian military will be driven by field-grade officers who survived and adapted to high-attrition, drone-saturated combat in Ukraine. This battle-tested generation is likely to challenge the highly centralized, top-down command structures reinstated by legacy Soviet-trained leaders like Valery Gerasimov.
• The Defense Manufacturing Plateau: Despite a massive wartime industrial boom, Russia’s defense sector is hitting natural limits caused by severe labor shortages, raw material constraints, and structural inefficiencies. Post-war Russia will face strong economic pressure to stick to existing, older equipment designs rather than transition to expensive, next-generation platforms.
• Demographic Strain and Personnel Quality: To maintain its wartime force, Russia relies on involuntary contract extensions and older recruits. The average age of Russian casualties has risen to over 42, pointing to a severe demographic and labor crisis that will undermine the physical readiness and sustainability of its peacetime military.
• The Concept of "Mass Precision" and the Drone-Defensive Bias: Mass-produced, low-cost precision weapons like FPV and OWA drones have democratized precision strikes, making defensive operations highly cost-effective and creating "gray zones" that deny adversary maneuverability. However, mass precision does not automatically translate to offensive control; capturing and securing territory still requires physical ground forces.
• The Outsider's Advantage in Military Adaptation: Historically, active combatants under existential pressure adapt rapidly but sloppily. Third-party observers (such as NATO or China) often have the luxury of time and resources to systematically study, perfect, and integrate these modern lessons—like drone integration and electronic warfare—more effectively than the nations currently fighting.

Quotes

• At 0:02:20 - "Recent Ukrainian claims of Russian personnel losses are at a multi-year high... so all else being equal, you'd probably expect the capability of at least some Russian infantry units to slope downwards over time." - Explains how high casualty rates are degrading the quality of Russian frontline infantry.
• At 0:03:31 - "When it comes to heavy equipment, the Russian situation has somewhat stabilized... [due to] the performance of the Russian industrial sector... and also an apparent conscious decision by the Russian military to reduce the amount of heavy equipment used right up at the front line." - Explains why Russian armor losses have decreased and stabilized.
• At 0:08:32 - "The part of it that they missed is that without effective employment of air power at that scale... the precision strike by itself doesn't achieve any of these effects." - Explaining how Russia misread US campaigns in Iraq and Yugoslavia, believing precision cruise missiles alone could win a war without a massive, coordinated air campaign.
• At 0:11:09 - "NATO militaries lack ground-based air defense in their force structure... so why would [SEAD/DEAD] be a priority mission for the Soviet or Russian Air Force?" - Explaining why Russia historically neglected the mission of suppressing enemy air defenses.
• At 0:14:14 - "The coordination is not down at a company or battalion level... it still typically involves seeing an individual aircraft or pair go up... it is not the way we think about close air support." - Explaining the limitations of Russian glide bomb strikes and their slow coordination loop.
• At 0:19:00 - "Their procurement order this year for larger OWA UAS is around 120,000+... Ukraine on a monthly basis faces probably about 7,500 of these strike drones." - Detailing the massive scale of Russian drone production and employment.
• At 0:25:43 - "It's definitely going to be determined by a generation of officers who fought in this war. And it's a curious question as to what changes they will make." - Explains why the long-term reform of Russia's armed forces will be driven by field-grade officers with practical combat experience rather than peacetime bureaucrats.
• At 0:28:26 - "The Russian military does consistently show the ability to withstand high levels of attrition... it does pose a challenge even to a military that might be tactically superior or have a substantial advantage in technology." - Commenting on Russia's historical resilience in wars of attrition.
• At 0:29:29 - "The defense industry, as the locomotive of industrial growth, will soon reach its maximum output, and a high base will no longer provide the substantial boost to manufacturing growth that it did previously." - Quoting Russian Industry and Trade Minister Denis Manturov, highlighting the imminent plateau of Russia's militarized economy.
• At 0:33:05 - "It's actually two years, or for as long as the war in Ukraine continues, whichever is longer. If you signed up... thinking it'd be a relatively short fight and then you could go home, too bad; effectively, you're in for the duration." - Illustrating the severe retention crisis and the legal mechanisms used to prevent soldiers from leaving active duty.
• At 0:34:17 - "The average age of those killed so far has been 42.3 years old, with the most common single age bracket being those aged between 48 and 50 inclusive." - Revealing the aging profile of the Russian fighting force, indicating massive future demographic and labor challenges.
• At 0:50:54 - "Mass precision is about force employment and the effects being achieved... and that involves a bunch of other things that have to happen in a military to use it this way... rather than a couple of guys going out to buy a drone." - Highlighting that successfully adopting drone warfare is an organizational and systemic challenge, not just a procurement one.
• At 1:01:07 - "Unfortunately, sometimes, the first things you learn about what happened in a particular battle or campaign are not true. They're wrong. They're not always wrong, but they're often wrong. It takes time to piece it together." - Emphasizing the need for analytical humility and caution when drawing immediate lessons from an ongoing conflict.

Takeaways

• Track Soviet-era storage yard depletion levels as a primary indicator for when Russia will transition from cheap refurbishment to expensive, slow-rate new production of heavy armor (expected around 2027–2028).
• Focus air defense strategies on countering standoff capabilities (like glide bombs) at their source—targeting the aircraft and airfields—rather than trying to intercept individual munitions mid-flight.
• Anticipate and prepare for a drop in drone interception rates by shifting from expensive missile-based air defense systems to high-volume, cost-effective electronic warfare and kinetic counter-UAS systems.
• Watch the emerging mid-level officer class in the Russian military, as their direct experiences with electronic warfare, drone integration, and decentralized combat will shape Russian doctrine for the next two decades.
• Recognize that "mass precision" via cheap drones creates an incredibly strong defensive bias; to overcome this, military forces must develop new doctrine for clearing "gray zones" and coordinating mass armor under constant surveillance.
• Maintain strict analytical humility when evaluating battlefield reports, ensuring that immediate propaganda or single-source drone videos are not mistaken for systemic, long-term military trends.