NASA's VolcanoBot 2 Will Teach Us More About Volcanoes
Rahul Kalvapalle — January 12, 2015 — Tech
VolcanoBot 2 is a robot, being constructed by NASA's Jet Propulsion Laboratory, that is an improved and upgraded version of the VolcanoBot1 that was sent down a fissure at Mount Kilauea volcano in Hawaii in May 2014. VolcanoBot 1 descended to a depth of 25 meters in two separate locations, and built a 3D map of the crevice, although its operations were limited by the limited length of its tether.
VolcanoBot 2 will have a longer tether and stronger motors than its predecessor, in addition to improved communications capabilities and the ability to store data onboard. The robot will also be smaller and will be only 25 cm long and will be fitted with 12 cm wheels.
VolcanoBot 2 will have a longer tether and stronger motors than its predecessor, in addition to improved communications capabilities and the ability to store data onboard. The robot will also be smaller and will be only 25 cm long and will be fitted with 12 cm wheels.
Trend Themes
1. Robotic-exploration-technology - Opportunity for disruptive innovation in developing advanced robotic systems for exploring extreme environments like volcanoes.
2. Enhanced-communication-capabilities - Opportunity for disruptive innovation in improving communication capabilities for robots operating in remote and hazardous environments.
3. Data-storage-and-analytics - Opportunity for disruptive innovation in developing onboard data storage and analytics capabilities for robots to collect and analyze information in real-time.
Industry Implications
1. Robotics - The robotics industry can benefit from developing specialized robots for volcano exploration and other extreme environments.
2. Communications - The communications industry can explore new technologies and solutions to enhance communication between robots and operators in remote locations.
3. Data-storage-and-analytics - The data storage and analytics industry can develop advanced systems for onboard data processing and analysis in robots operating in challenging environments.
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