The global inspection and maintenance robot market is expected to witness a high growth rate during the forecast period 2020-2025 owing to the growing usage of robots in emerging countries for safety purposes and low cost of inspection using robotic technology.
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However, the lack of customer’s acceptance toward autonomous robotics technology act as the major challenge for the market. The rising demand for offshore drilling applications is expected to create viable opportunities for the inspection and maintenance robot market.
The inspection and maintenance robot market has witnessed various forms of market dynamics across different regions of the globe. Also, the inspection robot manufacturing companies have recently witnessed a rising demand from countries such as the U.S., China, Singapore, India, Italy, Germany, and others. The following figure represents the global market by region. It includes North America, Europe, Asia-Pacific, and Rest-of-the-World.
The inspection and maintenance robot market consist of a robot and its services that are capable of inspecting confined and hazardous environments. The market can be broadly categorized on the basis of robotic autonomy. Autonomous and remotely operated robots are the two types of robots which are present in the inspection and maintenance robot market. Remotely operated robots can be defined as a robotic system that can be controlled using a remote or an on-board computer system from a certain distance. The scope of this report is focused on inspection robots that have remote visual inspection capabilities.
The government regulations for the industrial safety of laborers operating in a hazardous environments act as a major driver for the market. Lesser downtime while maintenance, improved inspection results, advancement of drilling technologies, and impact of AI is expected to create a lucrative opportunity for the manufacturers of inspection and maintenance robot and its components.
In the field of robotic automation and applications, autonomy for robots is one of the major requirements. The term autonomous robot is for robots which can perform a task without any human intervention. However, the degree of autonomy depends on the tasks to be completed, and a very high degree of autonomy is expected from fully autonomous robots. Robots with full autonomy are preferred in several applications in inspection and maintenance robot market such as in space underwater inspection and maintenance of equipment used in oil drilling, inspection in hazardous environments, and maintenance at heights. For instance, Shell’s project of Sensabot, which is an autonomous inspection robot for oil, gas, and petrochemical industry, is under development and is expected to be shipped by the end of the year 2020.
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The robot should be capable of perception (perceiving the environment), localization (collecting information from surroundings), cognition (deciding on actions localize itself), and motion control (executing the necessary motion for autonomy).
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