Expansion Gear from Skeletonics Turns Wearers 9.8 Feet Tall
Laura McQuarrie — May 9, 2022 — Tech
References: skeletonics & designtaxi
Presented at the Haneda Smart City EXPO, the exoskeleton expansion gear from Skeletonics helps to magnify the movements of wearers and turn them into beings that stand 9.8 feet tall. The exoskeleton expansion leverages the power of kinetic energy and it does so in a way that maintains an exceptionally lightweight frame that comes in at just 88 pounds.
The exoskeleton expansion pack was created by Skeletonics with superhuman sports in mind so that people can compete using artificially simulated physical abilities and outperform what a human is capable of on their own. Although Skeletonics suits can’t carry heavy objects, they can change the way participants and spectators alike experience sports like baseball or martial arts.
The exoskeleton expansion pack was created by Skeletonics with superhuman sports in mind so that people can compete using artificially simulated physical abilities and outperform what a human is capable of on their own. Although Skeletonics suits can’t carry heavy objects, they can change the way participants and spectators alike experience sports like baseball or martial arts.
Trend Themes
1. Exoskeleton Sport Technology - Sports exoskeleton technology creates opportunities for simulated physical abilities and enhanced performance in athletic events.
2. Kinetic Energy Exoskeletons - Kinetic energy exoskeletons can enhance human movements without the added weight of traditional exoskeletons.
3. Lightweight Exoskeleton Technology - Lightweight exoskeleton technology allows for greater freedom of movement and potential for adaptation in a variety of industries.
Industry Implications
1. Sports - The sports industry can benefit from exoskeleton technology as a way to create artificially simulated physical abilities and enhance athletic performance.
2. Manufacturing - Lightweight exoskeleton technology can assist workers in manufacturing to improve efficiency and reduce the physical strain of manual labor.
3. Healthcare - Kinetic energy exoskeletons may revolutionize healthcare by providing increased mobility and assistance for individuals with mobility limitations or disabilities.
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