These Vibrating Boots Use Augmented Reality to Aid Obstacle-Detection
Rahul Kalvapalle — September 22, 2017 — Tech
A group of scientists and engineers at MIT have worked in collaboration with the Draper research lab to develop futuristic and sensor-packed space boots that are capable of using vibrations in order to help hypothetical spacewalkers and astronauts to avoid bumping into obstacles.
What's more, these futuristic space boots even offer an augmented reality display that would provide visual cues to astronauts. An assortment of haptic motors divert vibrations to different parts of the feet at different intensities to signal how close and how big an obstacle is.
Considering the amped-up preparations for space travel to Mars, footwear is a seemingly simple but hugely important element that will need to be technologically airtight to ensure astronaut safety and comfort, and these vibrating space boots do just that by using augmented reality and sensor technologies already in use on Earth.
What's more, these futuristic space boots even offer an augmented reality display that would provide visual cues to astronauts. An assortment of haptic motors divert vibrations to different parts of the feet at different intensities to signal how close and how big an obstacle is.
Considering the amped-up preparations for space travel to Mars, footwear is a seemingly simple but hugely important element that will need to be technologically airtight to ensure astronaut safety and comfort, and these vibrating space boots do just that by using augmented reality and sensor technologies already in use on Earth.
Trend Themes
1. Space Boots with AR - Augmenting reality display in space boots for obstacle detection is an innovative technology.
2. Haptic Motors for Obstacle Detection - Using haptic motors to detect different intensities of implicit signals for obstacle detection is a groundbreaking invention.
3. Sensor-embedded Space Boots - Sensor-packed space boots that use vibrations for obstacle detection and augmented reality display for visual cues is a new advancement in space exploration technologies.
Industry Implications
1. Space Exploration - Developing space boots with augmented reality for obstacle detection is a game-changing innovation idea for the space exploration industry.
2. Sensor Technology - Sensor-embedded space boots with haptic motors for obstacle detection could be a disruptive innovation in the field of sensor technology.
3. Virtual Reality - Augmenting reality display in space boots for obstacle detection indicates the potential for new developments in the virtual reality industry.
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