The latest study conducted by Global Market Insights Inc. claims that the global space robotics market size  could exceed USD 7 billion by 2032. Space robotics is expected to undergo a rapid transformation in the coming future due to advancements in material science, 3D printing, compact satellites, nanotechnology, and artificial intelligence (AI).

Several economies worldwide are engaged in a power struggle to achieve a lead in space science, commonly through strategic alliances with foreign nations. For instance, in January 2023, the U.S. and Japan signed a Framework Agreement for Cooperation in the Exploration & Use of Outer Space. The objective of this agreement was to take ahead the mutual ambition of both nations to drive progress in space science and human space exploration.

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Highlighting some of the major trends streamlining space robotics market growth through 2032

Space robotics software: the emergence of space ROS (robot operating system)

The space robotics market valuation from the software segment is poised to exceed USD 693 million by 2032. There is a shift being observed from conventional robotic standardization to robot operating systems that can be attributed to their ability to catalyze robotic space exploration with minimal development effort. In August 2022, a new Space ROS collaboration was formed between NASA, American aerospace company Blue Origin, and Open Robotics, a software and hardware developer in the U.S. This partnership was initiated to expand the technology’s capabilities into a framework fit for deployment for safety-critical space applications and drive innovation to address future challenges and opportunities associated with space robotics.

Due to a high level of sophistication in space technology systems, companies are also switching to automated solutions and advanced software algorithms. For instance, in October 2022, robotic software developer PickNik Robotics received a SpaceWERX contract to develop novel robotics solutions for the U.S. Space Force, alongside other contracts for space robotics projects.

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Space exploration rovers: NASA to build its first robotic moon rover

Extensive space exploration projects such as Mars rover missions, Mars Exploration Rover (MER) mission, and Mission to the Moon are encouraging innovation in robotic rovers to reduce manual errors during space travel. NASA is developing its first-ever robotic moon rover, called the Volatiles Investigating Polar Exploration Rover (VIPER) featuring advanced avionics, thermal systems, navigation systems, telecommunications, and power. The novel lunar rover is scheduled for delivery in mid-2024 to Astrobotic of Pittsburgh, ahead of a late-2024 launch.

Meanwhile, the Indian Space Research Organization (ISRO) announced plans to unveil its third mission to the moon, Chandrayaan-3 with a more advanced lunar rover onboard in June 2023. These are among the extensive global efforts being made by space organizations to boost space exploration activities by leveraging high-performance rovers, and in turn, foster space robotics market progress over the forecast spell.

Breakthroughs in space research with Gaia space probe & Parker solar probe

Probes are also playing a key role in enabling space research and have provided groundbreaking insights into the solar system and beyond in the recent past. For instance, in June 2022, the European Space Agency (ESA) revealed that the Gaia space probe has made new discoveries about the Milky Way galaxy, including starquakes, which are huge vibrations changing the shape of distant stars. The Gaia space probe is capable of surveying 2.9 million galaxies beyond the Milky Way along with 1.9 million quasars, expanding the current scope of understanding of the universe and creating significant growth potential for the space robotics industry.

Similar breakthroughs have also been observed by American space agencies in the recent past. In January 2023, NASA scientists uncovered new clues about the origins of solar winds using the Parker solar space probe.

Astrobotic Technology, Inc., Stinger Ghaffarian Technologies, Motiv Space Systems, Space Applications Services, SpaceX, Northrop Grumman, and Honeybee Robotics Ltd are some of the major companies operating in the global space robotics market. Strategic collaborations, technology development, and agreements are some of the primary objectives of these firms seeking expansion opportunities.

Over the coming decade, space robotics is poised to enter the mainstream in space research and exploration activities. As economies worldwide continue to ramp up space missions, agencies and private companies will introduce automated spacecraft models, eliminating the need for manual interventions. Furthermore, the growing focus on small satellites to limit space debris will spur space robotics market demand over the estimated timeframe.

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