6.3 – Controlling the Low Airspace: Integration Challenges and the Role of the JTAC
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As mentioned, the low airspace has become one of the most critical and least understood domains of modern operations. Traditionally considered an aviation concern, it must now be recognized for what it has become: a tactical space directly linked to maneuver, where effects are generated, risks are concentrated, and decisions have immediate consequences.
This space—typically below 300 meters above ground level—is no longer marginal. It is where unmanned systems, helicopters, and close air support assets operate simultaneously, often within extremely limited separation margins. The proximity to maneuver forces, combined with the density of actors, makes it inherently complex and increasingly decisive.
In mountain warfare, this complexity increases exponentially. Terrain compresses operations into valleys and corridors, forcing multiple assets to operate along the same routes. Even a limited number of systems is sufficient to create congestion. At the same time, terrain masking disrupts line of sight, making control and situational awareness inherently fragmented. Loss of line of sight is not an occasional friction—it is a structural condition of the environment.
What emerges is a battlespace that is simultaneously constrained, congested, and partially blind. In such an environment, the traditional assumption that airspace can be safely managed through separation alone no longer holds. At lower echelons, structured control mechanisms are limited or absent, and the system does not regulate itself. The result is an increasing risk of interference, collision, and fratricide.
The widespread availability of unmanned systems has created a distributed and saturated environment, where drones are employed at platoon and company level with a high degree of autonomy and without a unified control structure. The issue is no longer how to deconflict a few platforms, but how to manage a large number of actors operating simultaneously, often with only partial awareness of each other.
As said, mountain terrain amplifies this dynamic and each unit operates with only a partial understanding of the overall situation. The result is a clear operational paradox: the number of assets increases, while shared situational awareness decreases.
Under these conditions, a purely deconfliction-based approach is no longer sufficient. Avoiding conflicts between actors is not enough when all actors are forced to operate within the same constrained space. The problem shifts from separation to integration. The objective is no longer to keep systems apart, but to enable them to operate together in a coordinated manner.
This transition—from implicit deconfliction to deliberate integration—is one of the most significant doctrinal implications emerging from the workshop. It requires a change in mindset, but also in procedures. Integration cannot rely on complex systems alone; it must be based on shared awareness, basic communication, and simple coordination measures.
In this context, existing roles must be reconsidered. The JTAC is already positioned at the intersection between maneuver and air assets, with a deep understanding of fires coordination and deconfliction procedures. This makes the JTAC a natural candidate to act as an integration enabler. Not as a centralized controller, but as a node capable of facilitating coordination between actors operating in the same space.
However, the key requirement is not control in the traditional sense. Full visibility and centralized management of all UAV activity are neither realistic nor necessary. What is required is a sufficient level of shared situational awareness to enable coordination. Even partial awareness—such as knowledge of ongoing drone activity in a specific area—can significantly reduce risk and improve effectiveness.
Equally important is the establishment of basic communication channels. The decentralized nature of UAV employment means that multiple actors operate independently unless deliberate effort is made to connect them. Without communication, operations become parallel and uncoordinated. With even minimal communication, integration becomes possible. In this sense, coordination does not start with complex systems, but with the simple ability to exchange information.
From a procedural perspective, the most effective solutions are also the simplest. The logic already exists within current frameworks, particularly in fire support coordination. Concepts such as altitude bands, time windows, and designated operating areas can be adapted to the drone environment, providing a scalable and terrain-adaptable basis for coordination. These measures do not require new doctrine to be invented from scratch, but rather existing principles to be applied in a new context.
Ultimately, the integration of unmanned systems into low airspace is not a technological problem. The technology is already available and widely distributed. The real challenge is procedural and organizational: how to train and enable multiple actors to operate coherently within the same constrained space.
6.3.1 Conclusion
The control of low airspace is no longer a supporting function. It is a central operational requirement.
In a saturated and constrained environment, particularly in mountain terrain, the ability to coordinate and integrate airspace use becomes a decisive factor for both effectiveness and survivability.
The analysis of low airspace makes one point unmistakably clear: once unmanned systems are widely distributed, the problem is no longer access to technology, but the ability to organize and coordinate its use. In other words, procedural friction quickly becomes structural friction.
This naturally raises a deeper question. If airspace integration depends on who operates, who coordinates, and who processes information, then the issue can no longer be addressed only through procedures. It must also be addressed through force design. The next section therefore turns from coordination in the airspace to coordination inside the unit, examining how UAS capabilities are actually organized, trained, and integrated at tactical level.
6.3 – Controlling the Low Airspace: Integration Challenges and the Role of the JTAC
As mentioned, the low airspace has become one of the most critical and least understood domains of modern operations. Traditionally considered an aviation concern, it must now be recognized for what it has become: a tactical space directly linked to maneuver, where effects are generated, risks are concentrated, and decisions have immediate consequences.
This space—typically below 300 meters above ground level—is no longer marginal. It is where unmanned systems, helicopters, and close air support assets operate simultaneously, often within extremely limited separation margins. The proximity to maneuver forces, combined with the density of actors, makes it inherently complex and increasingly decisive.
In mountain warfare, this complexity increases exponentially. Terrain compresses operations into valleys and corridors, forcing multiple assets to operate along the same routes. Even a limited number of systems is sufficient to create congestion. At the same time, terrain masking disrupts line of sight, making control and situational awareness inherently fragmented. Loss of line of sight is not an occasional friction—it is a structural condition of the environment.
What emerges is a battlespace that is simultaneously constrained, congested, and partially blind. In such an environment, the traditional assumption that airspace can be safely managed through separation alone no longer holds. At lower echelons, structured control mechanisms are limited or absent, and the system does not regulate itself. The result is an increasing risk of interference, collision, and fratricide.
The widespread availability of unmanned systems has created a distributed and saturated environment, where drones are employed at platoon and company level with a high degree of autonomy and without a unified control structure. The issue is no longer how to deconflict a few platforms, but how to manage a large number of actors operating simultaneously, often with only partial awareness of each other.
As said, mountain terrain amplifies this dynamic and each unit operates with only a partial understanding of the overall situation. The result is a clear operational paradox: the number of assets increases, while shared situational awareness decreases.
Under these conditions, a purely deconfliction-based approach is no longer sufficient. Avoiding conflicts between actors is not enough when all actors are forced to operate within the same constrained space. The problem shifts from separation to integration. The objective is no longer to keep systems apart, but to enable them to operate together in a coordinated manner.
This transition—from implicit deconfliction to deliberate integration—is one of the most significant doctrinal implications emerging from the workshop. It requires a change in mindset, but also in procedures. Integration cannot rely on complex systems alone; it must be based on shared awareness, basic communication, and simple coordination measures.
In this context, existing roles must be reconsidered. The JTAC is already positioned at the intersection between maneuver and air assets, with a deep understanding of fires coordination and deconfliction procedures. This makes the JTAC a natural candidate to act as an integration enabler. Not as a centralized controller, but as a node capable of facilitating coordination between actors operating in the same space.
However, the key requirement is not control in the traditional sense. Full visibility and centralized management of all UAV activity are neither realistic nor necessary. What is required is a sufficient level of shared situational awareness to enable coordination. Even partial awareness—such as knowledge of ongoing drone activity in a specific area—can significantly reduce risk and improve effectiveness.
Equally important is the establishment of basic communication channels. The decentralized nature of UAV employment means that multiple actors operate independently unless deliberate effort is made to connect them. Without communication, operations become parallel and uncoordinated. With even minimal communication, integration becomes possible. In this sense, coordination does not start with complex systems, but with the simple ability to exchange information.
From a procedural perspective, the most effective solutions are also the simplest. The logic already exists within current frameworks, particularly in fire support coordination. Concepts such as altitude bands, time windows, and designated operating areas can be adapted to the drone environment, providing a scalable and terrain-adaptable basis for coordination. These measures do not require new doctrine to be invented from scratch, but rather existing principles to be applied in a new context.
Ultimately, the integration of unmanned systems into low airspace is not a technological problem. The technology is already available and widely distributed. The real challenge is procedural and organizational: how to train and enable multiple actors to operate coherently within the same constrained space.
6.3.1 Conclusion
The control of low airspace is no longer a supporting function. It is a central operational requirement.
In a saturated and constrained environment, particularly in mountain terrain, the ability to coordinate and integrate airspace use becomes a decisive factor for both effectiveness and survivability.
The analysis of low airspace makes one point unmistakably clear: once unmanned systems are widely distributed, the problem is no longer access to technology, but the ability to organize and coordinate its use. In other words, procedural friction quickly becomes structural friction.
This naturally raises a deeper question. If airspace integration depends on who operates, who coordinates, and who processes information, then the issue can no longer be addressed only through procedures. It must also be addressed through force design. The next section therefore turns from coordination in the airspace to coordination inside the unit, examining how UAS capabilities are actually organized, trained, and integrated at tactical level.