This Robotic Arm Will Monitor Terrestrial Storms from Space
Rahul Kalvapalle — April 18, 2018 — Tech
The Columbus laboratory, a module situated on the International Space Station, has been outfitted with a high-tech space instrument that is designed to conduct expansive monitoring and surveys of thunderstorms here on Earth.
The appropriately named Space Storm Hunter instrument is fitted with an array of sensors, infrared cameras, ultraviolet cameras and ray-detecting gadgets that allow it to precisely and rapidly monitor thunderstorms from great heights, without its observations being obscured by all the clouds that lie in between the International Space Station and the Earth's atmosphere
Measuring in at 314 kilograms, this remote-controlled space instrument is truly a behemoth of space science and could go a long way towards helping people, governments and companies prepare for the devastating consequences of thunderstorms.
Image Credit: D. Ducros and NASA
The appropriately named Space Storm Hunter instrument is fitted with an array of sensors, infrared cameras, ultraviolet cameras and ray-detecting gadgets that allow it to precisely and rapidly monitor thunderstorms from great heights, without its observations being obscured by all the clouds that lie in between the International Space Station and the Earth's atmosphere
Measuring in at 314 kilograms, this remote-controlled space instrument is truly a behemoth of space science and could go a long way towards helping people, governments and companies prepare for the devastating consequences of thunderstorms.
Image Credit: D. Ducros and NASA
Trend Themes
1. Space Storm Monitoring - The Space Storm Hunter instrument allows for precise and rapid monitoring of thunderstorms from space, providing valuable data for understanding and predicting storm patterns.
2. Remote Sensing Technology - The use of sensors, infrared cameras, ultraviolet cameras, and ray-detecting gadgets in the Space Storm Hunter instrument showcases the potential for remote sensing technology in monitoring and surveying natural phenomena.
3. Space-based Research and Innovation - The integration of high-tech space instruments like the Space Storm Hunter on the International Space Station demonstrates the advancements and opportunities for conducting research and innovation in space.
Industry Implications
1. Meteorology and Weather Forecasting - The Space Storm Hunter instrument offers valuable insights for meteorologists and weather forecasters to improve storm prediction and enhance the accuracy of severe weather warnings.
2. Environmental Monitoring - The remote monitoring capabilities of the Space Storm Hunter instrument can contribute to environmental monitoring efforts, providing data on storm patterns and their impact on ecosystems and natural resources.
3. Disaster Preparedness and Risk Management - By accurately monitoring thunderstorms from space, the Space Storm Hunter instrument can aid in disaster preparedness and risk management strategies, helping governments and companies better anticipate and mitigate the consequences of severe weather events.
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