Michael Curtis Broughton’s leadership and logistics skills drove innovative refueling efforts that supported wildfire suppression in Alaska’s hard-to-reach wilderness.
Fort Wainwright is located outside of Fairbanks, Alaska, and is an operational Army base used to deploy combat-ready forces and provide Arctic-environment training. Its location creates natural logistics problems due to months of subzero temperatures and a barely there road system. Despite the prevailing cold temperatures, the area also has a summer wildfire season.
For the 1-52nd General Support Aviation Battalion (GSAB) stationed at Fort Wainwright, the landscape made it difficult to sustain rotary-wing operations. In short, those operations required a lot of fuel, but fuel couldn’t be trucked to where the aircraft were operating.
Lieutenant Michael Curtis Broughton and the Echo Company Distribution Platoon overcame those obstacles via Fat-Cow missions, which converted CH-47 Chinooks into mobile refueling platforms. The goal: Get fuel to UH-60 Black Hawks operating beyond the reach of a fixed base.
Deadhorse, a remote staging point on Alaska’s North Slope, became the anchor for this capability, one that would be put to the test when wildfire broke out along the Kobuk River.
This is the story of how Broughton and his platoon supported the suppression of 12,000 acres of wildfire.
Action Begins With Practice
Before the platoon faced a live fire, it rehearsed for one. In the spring of 2014, Broughton coordinated a three-day joint exercise with the Bureau of Land Management (BLM) Alaska Fire Service, simulating a large-scale wildfire on the North Slope. The drill required establishing forward fuel points for CH-47 Fat-Cow missions and rapid Bambi Bucket water drops from UH-60s. The exercise validated the protocols supporting interoperability between military and civilian wildfire responders.
Inside the Fat-Cow System
Fat-Cow conversion turns a CH-47 cargo bay into a full mobile refueling hub. At the center of the system is the Extended-Range Fuel System (ERFS), a modular setup of high-density fuel bladders, filtration units and pump stations capable of delivering nearly 2,000 gallons of JP-5 or JP-8 fuel per sortie.
A three-person crew can convert a standard Chinook from transport configuration to a functioning refueling hub in about 45 minutes. In a region where weather can change quickly and dangerously, and in the middle of a wildfire-fighting effort, that fast conversion time limits crew exposure to risk.
Dual-pump stations and automatic shutoff valves add redundancy, reducing risks of fuel spillage in Alaska’s sensitive tundra environment or near actively smoldering forest fires. The system is built to function across a wide temperature range, from minus 40 degrees to 86 degrees Fahrenheit, keeping fuel viscosity and pump performance stable even when leveraging resources during Arctic winters.
Fire Along the Kobuk River
When wildfire blazed to life along the Kobuk River later the same year, preparation became action. Traditionally, the Alaska Army National Guard’s 207th Aviation Troop Command leads aerial firefighting efforts in keeping with state requests. However, the 1-52nd GSAB’s Echo Company Distribution Platoon serves a critical support role in fueling.
During the Kobuk River fire emergency, the platoon leaned on its previous rehearsals:
- Broughton’s team deployed two Heavy Expanded Mobility Tactical Trucks (HEMTTs) to the staging area at Deadhorse to supply fuel.
- Three CH-47s received some of that fuel and ran 1,800-gallon Fat-Cow missions.
- Six UH-60s that received the fuel from those missions were able to make three to four 630-gallon Bambi Bucket drops of water per fueling to suppress large swaths of fire.
Coordination between ground fuelers and aircrews kept aviation assets on station, enabling them to battle flames more efficiently because they didn’t have to cycle back to a fixed base for fuel. In the Kobuk River fire situation, a return to base would be a flight of more than 250 kilometers one way; skipping that trip increased on-station time for each helicopter by 35% to 45%. The effort supported the suppression of more than 12,000 acres of active wildfire.
The Alaska Governor’s Office recognized the platoon’s work with a commendation for “Exemplary Interagency Support.”
Lieutenant Michael Curtis Broughton’s Command-Decision Competencies in Light of Wildfire Aviation Logistics
The suppression effort along the Kobuk River didn’t occur based on a single lucky choice. It was the product of a platoon leader who knew how to build operational readiness into his command.
Five competencies helped Broughton lead the platoon’s work during the wildfire-fighting efforts:
- Maintenance and logistics understanding. Broughton used his supply chain experience to ensure that a data-driven maintenance schedule pushed the HEMTT fleet to a 96% operational readiness rate ahead of fire season. High readiness rates kept every HEMTT and fuel pump mission-capable, reducing downtime that would have slowed the Deadhorse deployment.
- Consistent forward arming and refueling point (FARP) execution. Broughton authored the platoon’s SOP for Fat-Cow missions, codifying the safety and weight-and-balance parameters that later shaped battalion-wide doctrine. The parameters allowed three CH-47s to run Fat-Cow missions during the wildfire response safely and quickly.
- Leadership skills and development. A mentorship matrix pairing junior soldiers with senior NCOs helped cut platoon attrition from 12% in 2012 to 4% in 2014. By the height of the Kobuk River wildfire emergency, the platoon had retained experienced soldiers, supporting seamless operations.
- Property accountability experience. Broughton created a dual-verification inventory system in 2013 that turned a $127,000 net loss into a $14,000 net gain. That system carried into the Kobuk River deployment, where tracking equipment and fuel movement was critical for safety and response support.
- Excellence in interagency collaboration. Joint training with the BLM Alaska Fire Service established interoperability protocols that made the Kobuk River response possible in the first place.
Solving a Basic but Challenging Logistics Problem
Wildfire suppression in Alaska’s interior comes down to a basic math problem. Aircraft can only fight fire as long as they have fuel, and in roadless wilderness, traditional delivery routes can’t keep up. Broughton’s platoon solved the problem along the Kobuk River through rehearsed readiness, equipment protocols that made the most of the resources available and resource tracking that kept everything in line even when the landscape around them was literally ablaze. The same systems thinking runs through Broughton’s book, The VERONIC Industrial Standard: An Essential Guide for Fleet and Network Optimization, which treats freight as a connected flow system rather than a series of isolated moves.
