The Future of Ground Warfare Hinges on Adapting to the Proliferation of Drone Technology.
This analysis examines the implications of widespread drone use on modern ground warfare, drawing from George M. Dougherty’s assessment in War on the Rocks. It explores how the proliferation of drones is creating a “crisis of maneuver,” mirroring the stalemate of World War I, and considers potential pathways for restoring battlefield mobility. The piece evaluates the necessity of rethinking conventional warfighting doctrine, focusing on the potential of “air littoral” platforms – unmanned ground vehicles operating in the low-altitude airspace – as a key to regaining maneuverability and achieving breakthroughs in a technologically evolving battlefield.
Historical Context
The advent of machine guns and heavy artillery in World War I created a deadly defensive landscape, negating the traditional advantages of mobile forces and leading to trench warfare. Attempts to overcome this – employing massed artillery barrages to clear a path for infantry – ultimately exacerbated the problem, resulting in immense casualties for minimal gains. A critical shift occurred in the interwar period with the development and adoption of tanks, which restored mobility by fundamentally altering the tempo of battle. The key wasn’t simply protection from fire, but increased speed allowing attacks to develop before a coherent defence could be organised.
Today’s battlefield presents a similar challenge. The proliferation of drones, capable of precision strikes and constant surveillance, has created a “robotic mass” that hinders ground maneuvers, mirroring the conditions faced a century ago. Ukraine’s experience demonstrates the vulnerability of even advanced armoured units to drone attacks. This parallels the impact of machine guns on horse cavalry and infantry in WWI. The current reliance on using more drones to suppress enemy defenses, though tactically effective in the short-term, risks repeating the historical mistake of escalating the scale of attrition without achieving a decisive breakthrough.
Key Actors & Positions
The primary actors are nation-states investing heavily in drone technology and adapting their military doctrines accordingly.
* Ukraine: Experiences on the frontlines have made Ukraine a pioneer in drone warfare, demonstrating both their offensive and defensive capabilities. They are currently integrating drones into all levels of tactical command.
* Russia: Initially caught off guard, Russia has rapidly increased its drone production and deployment, adapting tactics to counter Ukrainian drone operations, and mirroring many of their offensive tactics.
* United States: The US military is actively seeking solutions to regain maneuverability in a drone-dominated environment. Current strategies involve using drone swarms to suppress enemy defenses before armoured advances, but recognise this approach risks mimicking the failures of WWI. Emphasis is placed on technological development of new platforms.
* Israel: Facing challenges from Hezbollah’s drone capabilities in Lebanon, Israel is incorporating lessons learned into its defensive and offensive strategies, recognising the need for counter-drone technologies and adaptable tactics.
* Hizbollah: Demonstrates the effectiveness of drone warfare against more technologically advanced militaries.
* Other Nations: Numerous countries are investing in drone technology, influencing a global arms race and shifting the nature of modern warfare.
Across these actors, the common challenge is adapting doctrine and technology to overcome the defensive advantages conferred by widespread drone deployment.
Analysis
The proliferation of drones fundamentally alters the battlefield dynamic. Dougherty’s analysis correctly identifies the risk of falling into a cycle of escalating attrition, where simply deploying more drones to suppress enemy defenses doesn’t solve the underlying problem of hindered maneuver. Attacking drones with drones, while tactically sound, may not lead to operational victories.
The concept of the “air littoral” – the low-altitude airspace between the ground and conventional airpower – offers a promising, yet underdeveloped, avenue for innovation. Reframing drones not merely as aerial fire support platforms, but as unmanned ground vehicles operating above the ground, opens up possibilities for new tactical approaches. This allows for maneuverability without the constraints of terrain, providing faster speeds and potentially evading enemy defenses more effectively.
However, realizing this potential requires substantial investment in several key areas: the development of advanced command and control systems to manage drone swarms, enabling autonomous coordination, and addressing logistical challenges such as autonomous refueling and rearming. The greatest challenge may be institutional, requiring a shift in thinking from traditional military structures that separate ground, air, and electronic warfare units.
A critical consideration is the potential for counter-drone technologies, as well as developments in electronic warfare, to diminish the effectiveness of drone arrays. Mitigating these threats through increasingly resilient communication systems, advanced AI-driven countermeasures, and novel operational tactics will be crucial. The advantage lies with those who can adapt and innovate fastest.
Outlook
The next decade will likely see continued experimentation with drone-based systems and tactics. While initial efforts may focus on integrating drones into existing ground formations as fire support and reconnaissance assets, the long-term trend will likely favour the development of dedicated “air littoral” platforms – unmanned ground vehicles designed for maneuver warfare.
Successfully implementing this shift will require significant investment in research and development, as well as a willingness to overcome institutional obstacles within the military. The emergence of cost-effective and highly capable drone arrays could ultimately transform ground warfare, potentially rendering traditional armoured vehicles obsolete. The key will be to restore the tempo of battle – achieving breakthroughs through speed, surprise, and the ability to exploit vulnerabilities before the enemy can react. The nation that effectively masters this new form of maneuver warfare will likely gain a significant strategic advantage in the evolving landscape of global conflict.
Sources:
Dougherty, George M. “Achieving Breakthrough: Maneuver Warfare in the Face of Robotic Mass.” War on the Rocks, 8 October 2026, [https://warontherocks.com/2026/10/achieving-breakthrough-maneuver-warfare-in-the-face-of-robotic-mass/](https://warontherocks.com/2026/10/achieving-breakthrough-maneuver-warfare-in-the-face-of-robotic-mass/)
