Stratom Takes Autonomous Cargo Handling to the Next Level

A new four-year contract will advance the company’s Autonomous Pallet Loader toward safer, smarter, and more flexible aviation logistics

Research Triangle Park, North Carolina, 26 August 2026 – The future of cargo handling is becoming increasingly automated as logistics teams look for ways to move heavy materials faster while reducing the amount of manual work required around aircraft. Stratom is taking another step in that direction after receiving a four-year Small Business Innovation Research Phase III contract to further develop its Autonomous Pallet Loader, or APL.

The contract is sponsored by U.S. Transportation Command and executed through Air Force CyberWorx. It builds on Stratom’s earlier Phase I and Phase II development work and is intended to move the APL closer to operational use. The project involves continued collaboration with U.S. Central Command, the U.S. Marine Corps and the U.S. Air Force.

At its simplest, the Autonomous Pallet Loader is a heavy-duty robotic material handling system designed to move large cargo without depending entirely on conventional manned equipment. The system has been developed for environments where traditional cargo handling equipment may be difficult to transport or operate.

The APL has been designed around aviation requirements from the beginning. It can be transported inside aircraft and is configured to support the CH-53 K King Stallion and C-130 Hercules. The prototype has already demonstrated the ability to load and unload a 463L pallet weighing as much as 10,000 pounds.

That capability could be particularly useful at remote or austere locations where cargo needs to be moved quickly between aircraft and ground operations. Instead of relying solely on large manned material handling platforms, an autonomous system can provide another way to manage heavy loads in challenging environments.

The next phase of development will focus on making the APL more versatile. Stratom plans to expand its cargo compatibility to include 463L half pallets, wooden pallets, and larger munitions such as Multiple Launch Rocket System Family of Munitions. The company also plans to improve how the vehicle operates around aircraft and in areas where space is limited.

Autonomy will be another major focus. Earlier versions of the system have relied on defined behaviors for specific tasks. During the Phase III program, Stratom plans to advance toward conditional and supervised autonomy. In practical terms, this means operators could give the system a broader objective rather than controlling every individual movement, while safety limits remain in place.

This approach reflects a wider movement toward autonomous logistics and robotics. As autonomous technology becomes more capable, developers are increasingly focusing on systems that can operate alongside people rather than simply replacing existing equipment. For cargo operations, this can mean giving personnel additional tools for moving heavy materials while allowing human operators to maintain oversight.

Stratom has been developing the APL through a series of government-supported research programs. Earlier SBIR work focused on creating an autonomous solution for loading and unloading full and half-size 463L pallets in tactical and austere environments. Federal SBIR records describe the system as a rugged autonomous forklift designed to handle significant payloads while supporting operations where conventional equipment may not be readily available.

The company has also been progressing toward aviation integration. In April 2026, Stratom announced a Phase II contract extension focused on advancing the APL toward airworthiness qualification for integration with the Marine Corps CH 53K heavy lift aircraft.

The latest Phase III award represents the next stage of that development journey. Over the four-year program, Stratom will continue testing with end users while working to improve the system’s autonomy, cargo handling capabilities and readiness for operational evaluation.

For the broader logistics technology industry, the development highlights how autonomous material handling is moving beyond warehouses and controlled industrial settings. Heavy-duty robotics are increasingly being designed for complex environments where mobility, safety, transportability and reliability are just as important as automation itself.

Stratom’s work also demonstrates the importance of designing autonomous equipment around real-world operational requirements. By developing the APL to fit existing aircraft and cargo systems, the company is pursuing a practical approach to autonomous logistics rather than creating a technology that operates separately from established infrastructure.

As the four-year program moves forward, the Autonomous Pallet Loader will undergo further development and evaluation. If the planned improvements are successful, the system could provide a more flexible approach to heavy cargo movement in expeditionary aviation environments, bringing autonomous material handling another step closer to operational deployment.

• By Editorial Panel
• 28 Aug 2026