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Space Robotics Market by Growth Insight, Competitive Analysis and
Regional Statistics to 2027
Growing adoption of AI technologies in a wide range of public and private projects will fuel
global space robotics market share. Many space agencies are ramping up their exploration
activities to get more information about planets and other celestial objects. Global space
robotics market will exceed USD 4 billion in valuation by 2027. They are building advanced
spacecraft that can withstand harsh weather conditions on different planets. Organizations
like ISRO and NASA are upscaling the production of space rovers, landers, orbiters, and
foldable robots to intensify their space research.
For example, NASA’s Jet Propulsion Laboratory (JPL) recently finished the construction of the
Autonomous Pop-Up Flat Folding Explorer Robot (A-PUFFER) to explore the rough terrains on
the Moon. Astronauts will use the robot to receive vital intel on locations that may otherwise
be difficult for them to examine on foot, like narrow craves and inaccessible craters.
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© 2017 Global Market Insights Inc. All Rights Reserved www.gminsights.com
Space robotics software to be extensively developed for missions:
Space robotics software will hold a sizeable share of the global industry. Space research
organizations are developing software suites on a large scale to enhance their exploration
capabilities and efficiency in meeting their goals.
ROS or Robotic Operating System is a collection of software libraries and tools to help
organizations build high-end robot applications. Since it has a set of high-quality developer
tools, space agencies are increasingly using ROS to develop mission-critical robotics
technologies.
In February 2022, Open Robotics collaborated with sub-orbital spaceflight company Blue
Origin and NASA to develop space ROS. It