The India autonomous mobile robots (AMR) market is predicted to register a CAGR of 26.12% during the forecast period, 2022-2028, and is estimated to garner a revenue of $108.94 million by 2028.

The AMR market growth of India is strengthened by key driving factors such as the well-established presence of domestic companies and the development of innovative, collaborative robots in manufacturing facilities. While the base year considered for the studied market is 2020, the forecasting years are from 2021 to 2026. Moreover, with 3200 deployed robots, the country is among the top 15 highest number of recorded robot installations in 2020, according to the International Federation of Robotics (IFR)’s latest study.

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Autonomous mobile robots (AMR) are collaborative and designed to work with humans. Operating in dynamic environments, the primary feature of collaborative mobile robots is that they are completely safe. For instance, in case a human stumbles before an AMR, a safety-rated laser scanning system promptly interprets the obstruction to either stop completely or reroute, preventing a major collision.

In October 2020, a collaborative autonomous robot for material handling and warehouse automation in production facilities was designed by NASSCOM CoE Gurugram incubated Peer Robotics. The robot can seamlessly maneuver through complex and sophisticated environments without alterations in the current infrastructure. Named the RM100, it is incorporated with the exclusive force feedback-based mechanism, enabling the detection of external human force, in addition to activating the drive in the direction of the guiding force. As a result, these factors are anticipated to propel the autonomous mobile robots (AMR) market growth in India during the forecast period.

The India autonomous mobile robots (AMR) market segmentation includes the assessment of end-user and robot type. The end-user segment entails fast-moving consumer goods (FMCG), aerospace & defense, electronics, logistics & e-commerce, automotive, healthcare & pharmaceuticals, and other end-users.

The automotive market is transitioning to mobile robots to gain supply chain and competitive production advantages. Mobile robotics technology has enabled the automation of the internal transportation of objects and materials without incurring additional expenses or production shutdowns. Also, AMRs and other automated vehicles like forklifts can be used in factory settings to move raw materials and other parts from storage areas to the factory floor. For instance, in Spain, Ford Motor Co adopted AMRs to deliver welding and industrial materials to varied robot stations on the factory floor.

With regard to logistics & e-commerce, AMRs can aid in enhancing supply chain operations and logistics of all sizes. Also, AMRs offer advantages in terms of speed, scalability, growth, and efficiency from improving floor operations and generating warehouse layout reports. Additionally, they address the challenges associated with present-day supply chain operations.

Besides, they operate from a digital environment map and almost need zero infrastructure modification. Moreover, the fast-paced e-commerce development has increasingly pressurized the supply chains to keep prices low while meeting the expectations of next-day or same-day deliveries. As a result, warehouse operators are spending more on automation, particularly autonomous mobile robots (AMRs).

Some of the key firms operating in the India autonomous mobile robots (AMR) market include Teradyne Inc, The Aviation Industry Corporation of China, The Hi-Tech Robotic Systemz Ltd, Softbank Robotics, etc.

The Hi-Tech Robotic Systemz Limited manufactures auto parts and offers warehousing, mobile robots, driver-assistive, and autonomous systems. It is the largest manufacturer of AGVs in Asia, with more than 300 deployments of AGVs for material movement. The company has services in Canada and India, with headquarters in Gurgaon, India.

One of its key products, Novus Carry, is a series of connected and autonomous industrial vehicles that fulfill varied tasks like mobile conveying and trolley lugging.

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