Global space robotics market is estimated to procure commendable returns in the ensuing years, primarily owing to the increasing investments and efforts dedicated toward space research and exploration in countries such as the United States, India, and Russia. Space robotics is significant in the development of machines that are capable of expanding the human capacities in space by facilitating abilities beyond human limitations in extreme space environments.
China space robotics market, by application, 2019 & 2025 (USD Million)
Space explorations have always attracted the interests of several private companies. Case in point, Boeing has built the Saturn V rocket, the 363-foot booster rocket capable of lifting the entire apparatus to the edge of space. In the last few years, the space exploration arena has witnessed the emergence of multiple competitors such as Blue Origin, SpaceX, Virgin Galactic, and more. The introduction of new technologies by key players, would positively influence space robotics industry trends over the forecast period.
A perfect example is the partnership between Tokyo’s ispace and Elon Musk’s SpaceX to send a series of robots to the moon. The Lunar Lander will orbit the moon in this mission that’s scheduled in mid-2020. A rise in the integration of robotics technology for future space missions will substantially drive space robotics market outlook in the future.
Although government funding to organizations like NASA is facing a slump, the space industry is slowly moving to the private sector, with Elon Musk’s SpaceX and Jeff Bezos’ Blue Origin signing more contracts. SpaceX is reportedly gearing up to launch its eighteenth contracted CRS mission to the International Space Station through its Cargo Dragon spacecraft. The mission will also use the Space Station’s robotic arm Canadarm 2 to extract IDA-3 from the Dragon’s trunk. Increasing collaborations between established space stations and emerging private firms will present space robotics companies with major growth prospects in the ensuing years.
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Increasing investments in space programs will also have significance in driving demand for space robots in the coming years. Recently, SpaceX was awarded a $50.3 million contract by NASA to launch its X-Ray Polarimetry Explorer mission. Major funding toward potential space missions will provide a huge scope for space robotics engineering, thereby augmenting space robotics industry share in the future.
A farfetched but plausible idea that has begun surfacing the international space industry is the possibility of space travel for recreational purposes. With numerous firms embarking on a quest to launch spaceflights for civilians, space travel is starting to seem less like a dream. Possibilities of recreational space travel could present a major opportunity for space robotics companies, thus augmenting the space robotics market share in the future.
In terms of segmental growth, the robotic arms segment is slated to witness immense demand over the coming years. Robotic arms have proved to be one of the most reliable machines in space missions. Recently, NASA’s Jet Propulsion Laboratory finished installing a 2.1-meter-long robot arm on the Mars 2020 rover. The new arm has been designed to perform much more complex activities. Increasing penetration of robotic arms for advanced space mission will result in segmental growth for the global space robotics industry.
The North America space robotics market is currently a highly profitable growth ground owing to the presence of substantially funded organizations like NASA and the Canadian Space Agency. The region is also witnessing several ongoing and upcoming space missions that are anticipated to generate considerable demand for space robots, further strengthening the region’s space robotics industry size.
The Asia Pacific market is also likely to emerge as a strong contender due to increasing implementation of major space projects. For example, the Indian Space Research Organization’s second moon mission Chandrayaan 2 is the nation’s first attempt at robotic space explorations. Increasing adoption of space robotics engineering for upcoming space programs and explorations would primarily contribute to expanding Asia Pacific space robotics market size.
The numerous benefits depicted by these technologies will accelerate the adoption of space robots in the coming years. Products like space probes are capable of exploring areas that are beyond human accessibility. Moreover, space robots can also withstand extreme temperatures and perform programmed tasks for longer durations. These advantages will play a major role in further accelerating the adoption of space robotics.
According to a research report by Global Market Insights, Inc., space robotics market is estimated to surpass $3.5 billion by 2025.
Author Name : Krithika Krishnan
Automotive robotics market to amass huge gains via assembly applications over 2017 -2024, Europe to influence the regional demand
Having garnered the reputation of being highly technology-driven, automotive robotics industry thrives on the product innovations brought forth by leading business players. A recent instance citing the validity of the aforementioned declaration is Rimac’s collaboration with Dassault Systèmes. Elaborating further, the September of 2017 saw Rimac Automobili, a key manufacturer of high performance electric vehicles, battery systems, and drivetrains, join forces with Dassault Systèmes, a software firm based in France, to acquire the product lifecycle management digital platform from the latter to scale up its business growth. The latter’s 3D experience platform referred as electro mobility accelerator will help the former increase its production capacity and connect with its employees across 11 countries. This deal is an apt example that underscores the developments prevalent in automotive robotics industry. The continued trend of similar alliances are likely to encourage entrants explore newer markets – the autonomous car sharing market , for instance.
U.S. Automotive Robotics Market Size, By Product, 2013 – 2024 (USD Million)
Pertaining to the stiff competition prevalent in the automotive robotics market space, companies have been devising a number of business tactics to consolidate their position. In September 2017, for example, Avnet Incorporation, a major participant across information technology and services industry, acquired Dragon innovation, a major producer of consumer electronics products. The acquisition is expected to assist both the firms add to their existing product line and expand their presence in automotive robotics market.
The month of September has also witnessed Technion – an Israeli tech institute, Korean Advanced Institute of Science and Technology, and Hyundai Motor Group forming an alliance to jointly complete the projects on artificial intelligence, autonomous driving, and cyber security. The collaboration has been touted to help the emerging automotive firms and startups in Israel to launch their products with Hyundai’s vehicle product line. Vice-versa, the initiative is expected to aid Hyundai Motors establish itself as a leader in automotive robotics market, having experimented with next generation of automotive technologies equipped with artificial intelligence and robotics. The alliance signifies a paradigm shift toward the fourth industrial revolution and new vehicle technology, thereby pushing automotive robotics industry trends.
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Robotics has established itself as a principal technology across major end-use domains in the developed geographies such as UK, Germany, and Italy. The surging requirement to achieve time consistency and a higher level of production has led to escalating demand for robotic body assemblies in the country. The deployment of these assemblies to improve the proficiency of the supply chain activities across the automotive sector is likely to impel UK automotive robotics industry expansion.
Germany has a powerful base of automakers, on the grounds of which it has been forecast that robotic applications would be deployed heavily across the automotive sector in the region. Subject to the extensive implementation of robotics, Germany automotive robotics industry is likely to gain a strong ground in the ensuing years. The expansion of this business space across Germany, UK, and Italy is certain to boost Europe automotive robotics market, which contributed nearly 25% toward the overall industry share in 2016.
As per estimates, the demand for robots from vehicle component suppliers increased by 53% in 2016, and that from automotive original equipment manufacturers rose by 32% in the same year. This goes to prove that automotive robotics industry has bright prospects across North America. In fact, research reports claim that North America automotive robotics market is expected to witness a lucrative growth over the coming years, having held a valuation of USD 1 billion in 2016.
A currently compiled market study claims that automotive robotics industry revenue is anticipated to surpass USD 5.96 billion by 2024. Considering the notable contributions made by the automotive giants such as Rockwell Automation, Omron Corporation, The Yaskawa Electric Corporation, and ABB Group, it is no longer a supposition that automotive robotics market will indeed experience a commendable expansion in the years ahead.
Author Name : Dhananjay Punekar