Lockheed Martin's Fortis exoskeletons are designed to allow wearers to handle extremely heavy equipment for long periods of time with reduced fatigues. The exoskeletons are soon to be tested and evaluated by the National Center for Manufacturing Sciences, which wants to look into their suitability for the US Navy.
The Fortis exoskeleton essentially functions as a frame that increases the wearer's strength and endurance by redirecting the weight of heavy objects away from the wearer's body and down through the exoskeleton to the ground. This design allows wearers to carry objects weighing up to 36 pounds as if they were weightless. By using the exoskeleton in conjunction with the Equipois ZeroG arm, wearers can reduce fatigue by 300% and improve productivity by up to 2,700%.
Strength-Giving Exoskeletons
The Fortis Exoskeleton Allows Wearers to Easily Lift Heavy Objects
Trend Themes
1. Exoskeletons for Industrial Applications - The development and adoption of exoskeletons for industrial applications, such as manufacturing and construction, may reduce worker fatigue and increase productivity.
2. Integration of Exoskeletons and Robotics - Integration of exoskeletons with robotics may enable new applications in hazardous environments, leading to safer and more efficient work practices.
3. Miniaturization of Exoskeleton Technology - Miniaturization of exoskeleton technology may lead to portable and affordable exoskeletons, enabling more widespread adoption in various industries.
Industry Implications
1. Manufacturing Industry - The use of exoskeletons may reduce worker fatigue and increase productivity, making it a valuable technology for manufacturers.
2. Construction Industry - Exoskeletons could reduce worker injuries and increase productivity in the construction industry, especially for tasks that require heavy lifting.
3. Military and Defense Industry - The use of exoskeletons could improve soldiers' strength and endurance, allowing them to handle heavy equipment and weapons for longer periods of time.