Restoring Manoeuvre in Ukraine? - The Technology, Tactics, and Tests (with Rob & Dmytro)

Episode Overview

• This episode examines the intense tactical race between armored forces and drone technology on the modern, transparent battlefield of the Ukraine war.
• It explores the strategic pursuit of military maneuver, analyzing why both Ukrainian and Russian forces are desperate to break out of attritional trench warfare.
• The discussion covers how emerging technologies—specifically hard-kill Active Protection Systems (APS), electronic warfare, and fiber-optic drones—are reshaping traditional military doctrines.
• It provides critical context on the scale of Russia's drone force integration and why Western militaries must avoid over-indexing on reactive defense at the expense of offensive capability.

Key Concepts

• The Pursuit of Maneuver: While contemporary warfare is characterized by static, attritional trench warfare, armies naturally seek to restore maneuver (dynamic movement and flanking) to avoid costly slugging matches. Successfully executing maneuver requires surviving force concentration, breaching obstacles, and surviving responsive fires on a highly transparent battlefield.
• The Obstacle of Omnipresent Surveillance: The widespread availability of cheap reconnaissance and FPV (First-Person View) drones makes concentrating forces and supplies highly visible. This "transparent battlefield" prevents either side from gathering the mass necessary for traditional breakthroughs without sustaining heavy pre-attack losses.
• Active Protection Systems (APS) and Resource Depletion: Hard-kill APS (like Russia’s Arena-M or Israel's Trophy) intercept incoming guided munitions and FPV drones. However, because they have a finite number of interceptor charges, they shift tactical math to a resource-depletion model where an attacker must saturate the defender's APS capacity before destroying the vehicle.
• Echeloned Counter-UAS (CUAS) Defense: Surviving and maneuvering requires a multi-layered defense architecture. This combines long-range interdiction of drone supply lines, electronic warfare, remote weapon stations (RWS) for close-in defense against jam-resistant fiber-optic drones, and hard-kill APS as a last line of defense.
• The Cart-Horse Problem in Force Design: Militaries face a strategic trap when adapting to drone warfare: focusing too heavily on immediate, reactive defensive countermeasures (like adding cage armor and jammer kits) can lead to under-investing in their own offensive drone capabilities.
• Drone-to-Infantry Parity and Priority Shifts: The ratio of drone operators to traditional front-line infantry is rapidly approaching parity (sometimes 1-to-1 or 2-to-1 in active assault units). Because heavily modified tanks can absorb dozens of drone strikes, defenders are shifting targeting priority to bypass tanks and strike vulnerable infantry transport vehicles (BMPs) to stop the dismount.

Quotes

• At 0:01:10 - "Just because an army is fighting a war a given way, doesn't mean that's the way they want to fight." - explaining that static trench warfare is an adaptation to battlefield constraints rather than a preferred doctrine
• At 0:03:53 - "Successful maneuver offers the prospect of greater military advantage and better results compared to the alternative of attritional exchange until exhaustion." - highlighting why military forces are constantly experimenting to break the current static deadlock
• At 0:05:43 - "Even if you write a doctrine to prioritize maneuver, you are not entitled to it." - highlighting that technological and physical battlefield conditions can dictate the form of a war, regardless of strategic intent
• At 0:13:10 - "They very much believe in armor still... if you can't use tanks, then probably nothing else is going to work either." - explaining why both sides continue to iterate on mechanized assaults despite high losses; armor remains the only viable method to transport infantry through fires
• At 0:18:13 - "To destroy, to take out every tank, it took approximately 15 to 20 FPVs... you cannot launch five FPVs right now against one target [simultaneously] because you only have so many operators." - demonstrating the human and logistical bottleneck of drone warfare that armor can exploit
• At 0:27:38 - "Even if by itself, Arena or another active protection system... isn't delivering the most economic results—your cost for the FPVs is still very low... you're still increasing the number of munitions that have to be launched per vehicle." - explaining that forcing an adversary to consume significantly more munitions to achieve a kill carries vital tactical utility, even if the cost exchange favors the drone operator
• At 0:28:43 - "If you launch 15–20 FPVs against a tank, it means that one FPV, one operator at the same time—you cannot launch 5 FPVs right now against one target. If you would be able, it would be a totally different topic... but let's just do some basic calculations." - highlighting the current human-operator bottleneck that prevents true, synchronized drone swarms from overwhelming single targets in real-time
• At 0:33:07 - "I think it's probably a better option for fiber-optic FPVs, given that they're slower... they're not affected by EW, and closer to the ground." - discussing the specific utility of automated remote weapon stations (RWS) against newly emerging, jam-resistant fiber-optic guided drones
• At 0:38:37 - "I think tank UGVs is something that I would do... make a giant turtle tank, make it remote-operated, and just send it forward as an FPV sponge." - suggesting the tactical use of heavily armored, uncrewed ground vehicles (UGVs) designed solely to attract and absorb adversary drone strikes, clearing the path for crewed vehicles
• At 0:41:09 - "In Ukraine, you don't see Gepards or Tunguskas or Pantsirs driving right up to the front line—they have to operate somewhat behind it because they are vulnerable. And so... I do think it's going to make sense to have a system that can be dropped off or deployed from a vehicle, without having to keep the entire vehicle there." - explaining the necessity of detaching valuable counter-drone sensors and weapons from expensive armored platforms to avoid losing the entire platform to a single cheap strike
• At 0:45:03 - "If you're trying to take lessons on drone utilization... you have to look at what the Russians are doing, not just what the Ukrainians are doing... Russia is the force that is going to be attacking more often, that has the larger stock of manpower and equipment, and so is more able to experiment." - warning Western observers not to ignore Russian technical and structural adaptations, as their scale allows them to conduct large-scale, brute-force battlefield experimentation

Takeaways

• Recognize that Maneuver is Denied, Not Obsolete: Frame operational planning around the understanding that static warfare is a consequence of "transparent battlefield" dynamics, not a permanent retirement of mechanized doctrine.
• Avoid the "Bling vs. Basics" Trap: Ensure defense procurement balances high-tech acquisitions (like specialized drone units) with core military foundations, including logistics, ammunition stockpiles, and heavy engineering capabilities.
• Exploit the Human Bottleneck of Drone Swarms: Deploy coordinated mechanized pushes backed by active protection systems to saturate and overwhelm local drone operator capacity, leveraging the fact that drones still require individual human pilots.
• Shift the Tactical Objective Against APS: When attacking vehicles equipped with Active Protection Systems, focus first on depleting their finite defensive charges through high-volume, lower-cost strikes before attempting a lethal blow.
• Deploy Uncrewed Ground Vehicles (UGVs) as FPV Sponges: Use heavily armored, remote-operated "turtle UGVs" ahead of crewed formations to draw and absorb adversary drone strikes, clearing a safer path for assault forces.
• Study Russian Drone Integration Scale: Analyze and adapt to Russia's formalization of its "Unmanned Systems Forces" (targeting 165,500 personnel by 2026), focusing on how they organize dedicated drone regiments directly under combined-arms commanders rather than relying on ad-hoc volunteer units.