What would special operations forces do in a really big war?

Task & Purpose | Matt White

U.S. Army Special Operations Command is adapting its 22,000-person force for potential large-scale, high-intensity conflicts against peer adversaries like China or Russia. Command leadership, including Lt. Gen. Lawrence "Gil" Ferguson and Brig. Gen. Joseph Wortham, outlined an operational transition during the annual Association of the United States Army conference.

After two decades dominated by counter-insurgency operations in Iraq and Afghanistan, special units are recalibrating toward supporting division- and corps-level conventional formations. USASOC integrates direct-action assets like the 75th Ranger Regiment and 160th Special Operations Aviation Regiment alongside specialized Civil Affairs and Psychological Operations units. Green Beret detachments will focus heavily on long-range sensing, deep-battlefield deception, and leveraging established host-nation relationships. Small teams provide critical battlefield influence. Civil Affairs units are slated to manage local governance and the post-combat consolidation of gains, freeing conventional corps commanders to sustain forward operational momentum in theater.

Comment

Integrating special operations as forward targeting sensors alters traditional kill-chain architectures within corps-level maneuver warfare. Rather than conducting autonomous direct-action raids typical of counter-insurgency campaigns, operational detachment alpha teams function primarily as organic targeting nodes for long-range fires networks. This shift subordinates tactical SOF autonomy to joint force integration, prioritizing target acquisition for deep strike assets over direct engagement.

The operational mechanism depends on feeding continuous electronic and visual telemetry from contested rear areas directly into strike coordination nodes like the Combined Air Operations Center. By embedding small teams within partner force networks, 1st Special Forces Command establishes distributed sensor grids capable of painting fixed radar installations and mobile air defence launchers. Consequently, targeting throughput for platform combinations like the M142 HIMARS relies on these low-signature reconnaissance nodes operating beneath enemy integrated air defence envelopes.

Strategic Question for Discussion

If 1st Special Forces Command prioritizes passive target acquisition for long-range fires systems like the M142 HIMARS, which factor creates a greater operational bottleneck — the bandwidth capacity of contested communication links or the survival of unarmoured reconnaissance teams in hostile territory?

The primary operational bottleneck is likely data transmission bandwidth across jammed communications networks rather than team survivability. Distributed sensor grids operate under intense electronic counter-measures, where transmitting high-fidelity targeting data back to a Combined Air Operations Center presents a high risk of signal interception. Current operational evidence indicates that low-emission burst transmissions and localized mesh networks will dictate the effective pace of deep precision strikes.

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