Industrial automation in India has reached a milestone, with annual installations of industrial robots hitting 4,945 units—a 54 percent increase over the previous year’s figure of 3,215 units. This surge has propelled India into the top ten globally for annual robot installations, according to the International Federation of Robotics (IFR) in its World Robotics report.
Marina Bill, President of the IFR, emphasized the scale of the transformation: “India is one of the world’s fastest-growing industrial economies. Within five years, the operational stock of industrial robots has more than doubled, to reach 33,220 units in 2021. This corresponds to an average annual growth rate of 16% since 2016.” The expansion reflects both rising demand and the country’s evolving manufacturing capabilities.
Measured by manufacturing output, India now ranks as the world’s fifth largest economy. World Bank data shows that in 2021, manufacturing value added reached USD 443.9 billion, representing a 21.6 percent increase from 2020. This growth has been underpinned by strong performance in sectors that are major consumers of automation technology.
The automotive industry remains the dominant customer for industrial robots in India, accounting for 31 percent of installations in 2021. Automotive installations more than doubled to 1,547 units, marking a 108 percent rise. Other sectors show varied trends: the metal industry installed 308 units, down 9 percent; the rubber and plastics industry saw installations climb to 246 units, up 27 percent; and the electrical/electronics industry nearly doubled its count to 215 units, a 98 percent increase.
A comparison with China underscores India’s potential trajectory. In 2021, India’s robot density in the automotive sector—measured as robots per 10,000 employees—stood at 148. China’s density in 2010 was 131, but by 2021 it had soared to 772. This gap suggests substantial room for India to expand automation in manufacturing.
Government policy is playing a pivotal role in shaping this growth. Industrial expansion is recognized as a key driver of GDP, which stands at approximately USD 3 trillion, placing India fifth globally alongside the UK and France, and behind Germany, Japan, China, and the USA, according to the International Monetary Fund. Supply chain disruptions in recent years have prompted companies to reassess nearshoring strategies in Southeast Asia. “India has traditionally been a popular destination for nearshoring in the manufacturing segment,” noted Marina Bill. “The Indian government wants the country to be considered for new diversification options such as friendshoring, which is partnering with countries that share similar values and interests.”
One significant policy initiative is the Production Linked Incentive (PLI) scheme, set to run until 2025. This program offers subsidies to companies that establish production capacity in India, particularly in industries that are major robot customers, including automotive, metal, pharmaceuticals, and food processing. Such measures aim to enhance competitiveness and attract foreign investment.
The demographic context adds another dimension to the automation story. India’s population has reached 1.4 billion, surpassing China for the first time, according to United Nations projections. This demographic shift gives India the largest and youngest workforce globally, a factor expected to drive economic growth and innovation. By 2027, India is projected to have the largest working-age population in the world.
The integration of robotics into manufacturing is not solely about replacing human labor. In many cases, automation supports the creation of new job categories, particularly in robot maintenance, programming, and systems integration. Expanding manufacturing capacity can provide opportunities for technical education and skills development, aligning with the needs of a rapidly growing workforce. For engineers, students, and enthusiasts, India’s trajectory offers a case study in how industrial policy, market demand, and demographic trends converge to accelerate the adoption of advanced manufacturing technologies.