US firm AIRCO is offering a potential workaround to one of the military’s most persistent vulnerabilities: fuel logistics.
Its new Mobile, Adaptable, and Dynamic (MAD) Fuel System can produce fuel from carbon dioxide and hydrogen, making it suited for remote or contested environments where fuel supply lines are often exposed to disruption or attack.
Instead of transporting fuel across long distances, the system aims to produce it on site.
“Modern military operations are very much increasingly constrained, not necessarily by firepower, but by logistics, especially fuel,” AIRCO chief executive Gregory Constantine told National Defense.
Fuel, Anywhere
The MAD system fits inside two 40-foot (12-meter) containers, using a chemical process to convert carbon dioxide and hydrogen into synthetic jet fuel or diesel.
Because carbon dioxide is widely available and power can be generated through sources such as solar or nuclear, the platform is built to operate independently of traditional supply chains.
The output is a “drop-in” fuel, meaning it can be used with existing military vehicles and aircraft without modification.
Rethinking Battlefield Logistics
The concept reflects a broader shift in how militaries are approaching energy: moving away from centralized supply toward more distributed, on-demand production.
Fuel convoys have long been a vulnerable part of military logistics, often requiring protection and extensive coordination. Producing fuel closer to the point of use could reduce that burden while improving operational flexibility.
The system is also being developed with increasing levels of automation, with future versions expected to adjust production processes based on the type of fuel required.
Backed for Future Deployment
The project has received support from the US Air Force through its AFWERX innovation arm, as part of efforts to explore more resilient energy solutions.
AIRCO is targeting the first deployable unit by 2027.
If successful, MAD could reshape how fuel is supplied in contested environments, turning it from a logistical challenge into something that can be generated on demand.
