Powered suits put to the test on wilderness rescue searches
Seattle Mountain Rescue members are testing powered exoskeletons on wilderness searches to see whether the devices help rescuers travel faster and last longer while carrying heavy loads. Their use reflects a broader shift from research prototypes to practical equipment, with potential benefits for demanding work, rehabilitation and everyday assistance.
Exoskeletons attach to the body and use frames, sensors, batteries and actuators to support or strengthen movement. IKEA has used SuitX devices in warehouses, while Ford, Boeing and Mazda Toyota have adopted the technology on some assembly lines; a Finnish project also found benefits in certain rescue and firefighting tasks. Ukraine’s military said in early 2026 that soldiers used Hypershell devices to carry artillery shells, and estimates put the sector at about $500 million, with possible growth to two or three times that size by the mid-2030s.
- Seattle rescuers are testing powered exoskeletons in the field.
- Industries and military units are already using the technology.
- The sector could grow two or threefold by the mid-2030s.
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Exoskeletons are wearable devices that attach to a person's body and use electric motors to support movement and help carry heavy loads. Mountain rescue teams in Seattle are testing these powered suits during wilderness searches to see whether they enable rescuers to cover ground faster and work for longer before becoming exhausted.
The technology is not entirely new. Large companies including IKEA, Ford and Boeing already use exoskeletons in their warehouses and on assembly lines to support workers during physically demanding tasks. Rescue and firefighting services in other countries have experimented with the technology, and Ukraine's military said in early 2026 that soldiers used exoskeletons to transport heavy ammunition and supplies.
The global exoskeleton market is currently estimated at around 500 million dollars, with some analysts projecting it could grow to two or three times that value by the mid-2030s. As the technology develops, it may find applications across emergency response, industrial work, and health and rehabilitation settings.
Both sides, in good faith
The strongest fair case each way — we don't pick a winner.
The case for
Exoskeletons represent proven technology already successfully deployed in demanding industrial, military and rescue contexts globally. Rescue operations are fundamentally about speed and endurance—getting to casualties faster and working longer saves lives. The devices address the physical constraints rescuers face in mountainous terrain whilst carrying critical supplies, and with positive results from Finnish rescue operations, they offer a practical way to extend capabilities without requiring extensive recruitment or long training cycles, particularly valuable given current staff and volunteer pressures.
The case against
Wilderness rescue differs fundamentally from warehouses, assembly lines or military logistics—remote terrain creates obstacles that exoskeletons weren't designed for, and battery dependency becomes critical when resupply is impossible. Rescue operations depend on reliability under unpredictable conditions, and expensive equipment requiring maintenance diverts limited budgets from proven investments: additional trained staff, better communications, or improved traditional access methods. The technology may suit specific scenarios, but treating it as a general solution risks overcomplexity and false confidence in devices that could fail precisely when lives depend on them.
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Originally published by Ars Technica as “The dawn of the age of the exoskeleton”.