MOBILE GLOBAL LOGISTICS Solutions

ACE Jitters Spreading To EUCOM:

White Paper: Optimizing ACE Hub-and-Spoke Logistics Via Multi-Tiered Civilian Tactical Airlift

Executive Summary

The U.S. military’s Agile Combat Employment (ACE) doctrine relies on dispersing high-value aviation assets across a web of Hubs (Main Operating Bases) and Spokes (Contingency Locations). However, the current organic Air Mobility Command (AMC) fleet faces severe capacity shortfalls that threaten global logistics failure. [1]

To resolve this bottleneck, the Joint Force must implement a dual-track strategy in non-kinetic and phase-0/1 environments: offloading permissive theater transport to Contractor-Owned, Contractor-Operated (COCO) assets. This strategy utilizes civilian-liveried Hercules aircraft for heavy hub resupply and light commercial airframes for last-mile spoke distribution, reserving gray-tail military transports strictly for high-threat environments.

Crucially, this airborne pipeline cannot succeed in a vacuum. It demands a highly agile ground throughput engine: a contract-driven Mobile Aerial Port Company (MAPCO) modeled on the agile, low-footprint blueprint of Expeditionary Air Services (EAS). This integrated aviation ecosystem is the modernized evolution of battle-proven air mobility doctrines pioneered by Lieutenant General Claire Chennault, the China National Aviation Corporation (CNAC), and Colonel Paul "Pappy" Gunn. [1]

I. The Strategic Bottleneck: Organic Fleet Scarcity

Current military airlift cannot support global ACE requirements. Decades of fleet consolidation have left the U.S. military dependent on heavy strategic lifters (C-17) and tactical transports (C-130J) that are too few in number to manage the thousands of micro-logistics missions ACE demands.

As noted in Air Force Doctrine Note 1-21 (AFDN 1-21), ACE shifts operations from large, centralized bases to distributed, austere forward locations. Diverting a gray-tail C-130J to fly minor parts, engine components, or maintenance teams to an austere spoke is mathematically inefficient and quickly exhausts aircrew flight hours, grounding critical strategic mobility. [1, 2]

II. Tier 1: Heavy Hub Resupply via Civilian-Liveried Hercules

In permissive or gray-zone environments, bulk cargo must move from major distribution points to theater Hubs without draining military assets.

    • Operational Mechanism: Commercial operators utilize civilian-registered Hercules aircraft (such as the Safair L-100 or Lynden Air Cargo LM-100J) to run continuous, high-volume cargo shuttles.

    • Strategic Advantage: These aircraft handle standard palletized cargo, bulk fuel bladders, and sub-assembly components. Because they bear civilian liveries and commercial tail numbers, they blend seamlessly into international civil aviation traffic. This lowers the political and visual signature of a U.S. military buildup in sensitive areas, such as the U.S. European Command (USEUCOM) eastern flank.

III. Tier 2: Micro-Logistics to the Spokes via Light Airframes

Once cargo arrives at the Hub, the "last tactical mile" to the dispersed Spokes requires an entirely different class of aircraft. Heavy transports are disqualified here due to tarmac constraints and targeting risks.

    • Operational Mechanism: Light, rugged, commercial short-takeoff-and-landing (STOL) airframes—such as the CASA 212/CN-235, Twin Otter, Basler BT-67, and Cessna Caravan/SkyCourier—act as the capillary network feeding the spokes.

    • The Sourcing: Studies published via Air University / Wild Blue Yonder emphasize that ACE must exploit existing joint, Allied, and commercial airport infrastructure.

    • Tactical Advantages:

        ◦ Austere Access: These airframes land on unpaved dirt strips, grass fields, or short municipal runways (under 3,000 feet) that are completely inaccessible to standard military transports.

        ◦ Signature Management: A gray-tail military aircraft landing at a remote municipal airport instantly alerts adversary intelligence that an ACE spoke is active. Conversely, a civilian-liveried Twin Otter or Cessna Caravan matches local pattern-of-life signatures, hiding the network in plain sight.

        ◦ Rapid Asset Turnaround: Smaller planes require zero specialized ground support equipment (K-loaders, wide turning radii), allowing for the rapid "hot-pit" offloading of technicians or hot-item electronic components. [1]

IV. The Linchpin: EAS-Modeled Mobile Aerial Port Companies (MAPCO)

An airlift architecture is only as fast as its ground throughput. Dispersing civilian tactical aircraft to remote, unprepared municipal airports or dirt strips means operating where standard aerial port infrastructure (heavy forklifts, wide turning basins, and fixed cargo yards) is entirely absent. [1]

To ensure the success of this endeavor, the Joint Force must embed contract-driven Mobile Aerial Port Companies (MAPCO) designed to mimic the exact structural agility of civilian expeditionary logisticians like Expeditionary Air Services (EAS). Modeled conceptually on the legacy of Cold War Mobile Aerial Port Squadrons (MAPS), an EAS-style MAPCO operates under a lean, high-velocity mandate: [1]

    • Civilian Expeditionary Port Handling: Just as EAS specializes in civilian expeditionary logistics for infrastructure-limited regions, an EAS-modeled MAPCO deploys small, autonomous teams equipped with lightweight, portable scales, universal tie-downs, and slick-floor roller beds. They require no heavy, vulnerable military Material Handling Equipment (MHE). [1]

    • Cross-Platform Cargo Clearing: MAPCO operators possess universal airframe certifications. They are equally proficient in manually rolling a tool pallet off a civilian CASA 212 ramp as they are calculating the dynamic weight-and-balance for a bulk fuel bladder inside a civilian L-100 Hercules.

    • In-Transit Visibility (ITV) & High-Velocity Turns: Operating at the absolute edge, these units manage localized manifest control to route components to the correct fighter "hot-pit" without relying on a centralized military footprint. [1, 2]

    • Signature Management: To prevent adversary satellite detection, EAS-modeled ground crews enforce rapid tarmac clearance, instantly moving arriving cargo into covered or camouflaged positions to preserve the baseline "pattern-of-life" illusion created by the civilian aircraft liveries. [1]

V. Tier 3: Reserving Gray-Tails for Kinetic Operations

By offloading permissive theater movement to a formalized Tactical Civil Reserve Air Fleet (Tactical CRAF) or expanded COCO contracts, and securing the tarmac with agile, EAS-styled MAPCO units, the military achieves maximum operational flexibility. [1]

    • Preserving Combat Power: While civilian crews and mobile port companies handle the predictable, high-volume logistics lines to safe hubs and low-threat spokes, military gray-tails are held in reserve.

    • Kinetic Deployment: When a sector transitions to a contested, kinetic environment, Air Force C-130Js and C-17s are fully available to fly high-risk, tactical insertion profiles, carrying high-classification munitions, heavy armor, and combat troops directly into harm's way. [1]

VI. Logistical Framework Summary

Logistics Tier [1, 2] Platform / Unit Examples Operational Environment Primary Mission Profile Historical Precedent

Tier 1: Strategic Hub Civilian L-100, LM-100J Permissive / Gray-Zone Bulk theater sustainment, fuel bladders, heavy parts from depot to Hub. CNAC & Air Transport Command (The Hump India-to-China Bulk Logistics)

Tier 2: Austere Spoke CASA 212, Twin Otter, BT-67, Cessna 208 Austere / Low-Threat Municipal Micro-logistics, hot-item electronics, maintainer teams, STOL runway operations. Claire Chennault's CAT / Air America (Unmarked/Civilian Spoke Operations)

Ground Linchpin EAS-Modeled MAPCO Austere Spokes / Tactical Tarmacs Rapid offload, roller-bed extraction, ITV tracking, signature reduction. Mobile Aerial Port Squadrons (MAPS) (Expeditionary Cold War Combat Logistics)

Tier 3: Contested Theater USAF C-130J, C-17 Globemaster Kinetic / High-Threat Tactical insertion, classified munitions haulage, heavy armor transport into contested zones. 5th Air Force Combat Operations (Pacific Theater Tactical Force Projection)

VII. Historical Foundations of the Tiered Logistics Strategy

Modern skeptics often view the integration of commercial airframes, civilian crews, and mobile port detachments into military logistics networks as an untested risk. However, the foundational successes of U.S. airpower in the Pacific Theater during World War II were built entirely on this exact paradigm:

1. Claire Chennault: Signature Management and Commercial Profiles

Before the U.S. entered World War II, Chennault recognized that rigid military bureaucracy could not move quickly enough to counter an advanced adversary. He bypassed standard channels by forming the contract-based American Volunteer Group (AVG). Following the war, Chennault founded Civil Air Transport (CAT) in 1946. Operating as a civilian-registered commercial airline, CAT executed high-risk tactical military logistics throughout Asia.

This model—which later evolved into the CIA’s proprietary airline, Air America—proved that civilian-liveried transport planes (such as C-46s, C-47s, and later, commercial Twin Otters) could maintain an active logistical network while blending into local civilian aviation patterns. Chennault proved that commercial airframes dramatically lower the electronic and visual signature of military movements.

2. Flying "The Hump": The First Strategic-to-Tactical Hub-and-Spoke Network

When Axis forces cut off land routes to China in 1942, the Allies faced the most brutal terrain in aviation history over the Himalayas. The military's Air Transport Command (ATC) lacked the aircraft and specialized cargo training to handle the volume. To bridge the gap, the government integrated the China National Aviation Corporation (CNAC)—a commercial airline—directly into the mission.

Commercial cargo pilots flew unarmored C-47s and C-46s side-by-side with military crews. Heavy bulk cargo arrived at major Indian rail and maritime ports (the Hubs), and CNAC/ATC pilots flew high-frequency, unescorted, low-payload tactical shuttles over treacherous peaks into hand-dug, dirt airfields in China (the Spokes). This historic air bridge proved that when organic military capacity is depleted, commercial aviation integration is the only viable way to sustain distributed theater logistics.

3. Colonel "Pappy" Gunn: Austere Field Adaptability and Non-Standard Maintenance

Colonel Paul Irving "Pappy" Gunn was a retired naval aviator running a commercial airline in the Philippines when WWII broke out. Pressed into service alongside his civilian planes, Gunn became a legend within General George Kenney’s 5th Air Force in Australia and New Guinea for his total disregard for standard bureaucratic supply chains.

While famous for field-modifying medium bombers into heavily armed strafers, Gunn's foundational victory was establishing the Philippine Air Task Force using scavenged, commercial transport planes. Operating out of primitive jungle strips with zero factory-standard ground support equipment, Gunn used a cobbled-together transport fleet—famously naming one aircraft “Out of Stock”—to scrounge aircraft parts and keep combat assets flying. Pappy Gunn’s legacy is the blueprint for modern Non-Standard Aviation (NSAv). His work proved that a distributed air war cannot depend on pristine, factory-backed supply chains; it requires rugged airframes and an austere, adaptive maintenance mindset.

VIII. Conclusion

The arithmetic of modern warfare dictates that the military cannot afford to exhaust its scarce combat lifters on routine intra-theater cargo runs, nor can it let cargo sit idle on undefended runways. Integrating civilian-liveried aircraft into a tiered hub-and-spoke network preserves organic military capabilities for high-threat engagements.

Concurrently, deploying specialized, EAS-styled Mobile Aerial Port Companies ensures that aircraft spend minimum time on the ground. By implementing this synchronized air-and-ground strategy, the modern Joint Force honors and operationalizes the hard-won lessons of Chennault, Gunn, and the MAPS pioneers—turning historical precedent into the exact logistical engine required to make Agile Combat Employment an operational reality. [1]

Author: Michael C

CEO Expeditionary Air Services LLC

expeditionaryairservices.com

mike@expeditionaryairservices.com

We are positioning to have a global presence.

INDOPACOM Concept of Ops:

Expeditionary Air Services (EAS): A U-Tapao Detachment for Distributed Air Mobility

Positioning an (EAS) detachment at U-Tapao Rayong International Airport creates an immediate, scalable logistics advantage across the Indo-Pacific. Rather than building another fixed aerial port, this concept delivers what is consistently missing in distributed operations: throughput at the point of need.

At its core, the detachment is built around a lean, right-sized fleet of two CASA C-212 aircraft and two C-23 Sherpas. These platforms are not designed for bulk lift, but for access, frequency, and reliability into short, austere, and underdeveloped airstrips. They serve as the connective layer between major airlift hubs and the last tactical mile, enabling sustained operations where larger aircraft cannot efficiently operate.

What differentiates EAS is not the aircraft—it is the embedded ground capability. Each detachment deploys with a compact but highly effective material handling package, including ATVs, side-by-sides, modular cargo trailers, and small Air Terminal Operations Center (ATOC) kits. This organic capability allows EAS teams to establish immediate aerial port functionality at locations that currently lack formal cargo handling infrastructure.

To bridge the gap between light distribution and heavy airlift, the detachment also includes a 10K all-terrain loader. This enables EAS to receive, turn, and launch larger aircraft such as the LM-100J, C-130J, C-17, C-5, and commercial freighters at suitable landing zones. The result is a seamless interface between strategic lift and distributed delivery, without reliance on fixed bases or established aerial ports.

EAS operates with a fundamentally different model. As a civilian-led capability, it is not constrained by Title 10 limitations, allowing flexibility in support of allied and partner operations. It is aircraft agnostic, capable of working across military, commercial, and contracted platforms. With a “flag on the tail” approach, EAS integrates alongside allied aircraft without friction, enhancing interoperability while maintaining independence.

Mobility is central to the concept. The entire detachment—aircraft, personnel, and ground systems—can reposition as mission requirements evolve, allowing response to shifting demands, crises, or contingencies without being tied to infrastructure.

The strategic value is clear. Distributed air mobility is expanding rapidly across the Indo-Pacific, but ground-based cargo handling has not kept pace. EAS addresses this imbalance by enabling throughput where none exists, increasing effectiveness of existing airlift, and reducing congestion at traditional hubs.

An EAS detachment at U-Tapao is not simply an added capability, it"s a force multiplier, that extends reach, accelerates operations, and turns access into action.

This is not a base. not a unit.

It's deployable, logistics capability designed for modern distributed operations.

Aurhor: Michael B.

(C)@expeditionaryairservices.com

expeditionaryairservices.com

LATAM Concept of Ops:

Expeditionary Air Services (EAS): A LATAM Detachment for Distributed Air Mobility
Positioning an Expeditionary Air Services (EAS) detachment in Latin America—based in the Dominican Republic, Guyana, or El Salvador—creates an immediate, scalable logistics advantage across the region. Rather than building another fixed aerial port, this concept delivers what is consistently missing in distributed operations: throughput at the point of need.
At its core, the detachment is built around a lean, right-sized fleet of two CASA C-212 aircraft and two C-23 Sherpas. These platforms are not designed for bulk lift, but for access, frequency, and reliability into short, austere, and underdeveloped airstrips. They serve as the connective layer between major airlift hubs and the last tactical mile, enabling sustained operations where larger aircraft cannot efficiently operate.
What differentiates EAS is not the aircraft but the embedded ground capability. Each detachment deploys with a compact material handling package, including ATVs, side-by-sides, modular cargo trailers, and small Air Terminal Operations Center (ATOC) kits. This organic capability allows EAS teams to establish immediate aerial port functionality at locations that lack formal cargo handling infrastructure.
To bridge the gap between light distribution and heavy airlift, the detachment also includes a 10K all-terrain loader. This enables EAS to receive, turn, and launch larger aircraft such as the LM-100J, C-130J, C-17, C-5, and commercial freighters at suitable landing zones. The result is a seamless interface between strategic lift and distributed delivery, without reliance on fixed bases or established aerial ports.
EAS operates with a fundamentally different model. As a civilian-led capability, it is not constrained by Title 10 limitations, allowing flexibility in support of regional, allied, and partner operations. It is aircraft agnostic, capable of working across military, commercial, and contracted platforms. With a “flag on the tail” approach, EAS integrates alongside partner aircraft without friction, enhancing interoperability while maintaining independence.
Mobility is central to the concept. The entire detachment—aircraft, personnel, and ground systems—can reposition as mission requirements evolve, allowing response to shifting demands, crises, or contingencies without being tied to infrastructure.
The strategic value is clear. Distributed air mobility is expanding across Latin America, but ground-based cargo handling has not kept pace. EAS addresses this imbalance by enabling throughput where none exists, increasing effectiveness of existing airlift, and reducing congestion at traditional hubs.
An EAS detachment in LATAM is not simply an added capability—it is a force multiplier. It extends reach, accelerates operations, and turns access into action.
This is not a base, not a unit.
This is a deployable, scalable logistics capability designed for modern distributed operations.

Author: Michael B.
(C)@expeditionaryairservices.com
expeditionaryairservices.com