Exoskeletons in Military Operations: Which Branch Will Lead the Charge?

The race to deploy exoskeleton technology in military operations is heating up, with each branch of the U.S. military pursuing different advancements to enhance soldier performance and provide advantages on the battlefield. Among the various branches, the U.S. Army has been at the forefront of developing and implementing such technology. However, other branches like the Marine Corps are also actively exploring exoskeletons to meet their unique operational needs.

The U.S. Army Leads the Way

The U.S. Army has been at the forefront of developing and testing exoskeleton prototypes. One such system is the Tactical Assault Light Operator Suit (TALOS), designed to enhance soldier performance, reduce fatigue, and improve mobility in combat situations. While there have been significant strides made by the Army, other branches, such as the Marine Corps, are also working on exoskeleton projects tailored to their specific operational requirements.

Different Types of Exoskeletons

Exoskeleton technology can vary in purpose and design. For instance, the U.S. Army and Navy are focusing on load-bearing exoskeletons designed to help soldiers and marines lift heavy cargo and munitions. In contrast, the U.S. Army is also developing exoskeletons for infantry soldiers to carry more equipment in the field.

“Iron Man”-type armored exoskeletons, which provide full-body protection and enhanced strength, are typically prioritized for special forces units. These units, including Special Forces, Delta Force, SOAR (Special Operations Aviation Regiment), Navy SEALs, and Marine Force Recon, often have the funding and operational flexibility to explore cutting-edge technologies. Each of these units has the capability and necessity to innovate and adapt to new technologies, making them early adopters of exoskeleton advancements.

The Deployment Timeline

While exoskeletons have been in development and prototypes for over 50 years, no commercially viable combat-ready system has emerged publicly yet. The first exoskeletons in actual combat are likely to be deployed with special operations units. According to industry experts, the following sequence of deployment is probable:

Delta Force is widely anticipated to be the first to receive exoskeletons, followed closely by the GB/Rangers (Green Berets). The deployment of exoskeletons to the Marines and SEALs is likely to follow, primarily due to the challenges posed by water operations. These operations require specialized technology that addresses unique environmental challenges not encountered in typical land operations.

Conclusion

The deployment of exoskeletons in military operations is still in its early stages, and the specific branch that will lead the charge remains to be seen. However, as technology continues to advance, and operational needs evolve, special operations units will likely remain the early adopters of this transformative technology. Staying informed about developments in military technology through updates from the Department of Defense will be crucial for keeping pace with these exciting advancements.

References

For more information on specific exoskeleton prototypes, refer to the following resources: