Growth Driven by Exports and Supply Shifts
India's automotive metal forming market is set for strong growth, projected to reach $90-95 billion by fiscal year 2030 with an average annual growth rate (CAGR) of about 12 percent. This expansion is largely due to global automotive supply chains shifting value towards process-led manufacturing like metal forming. The sector is already a net exporter, with revenues around $23 billion for the year ending March 2025. India's advantages include cost competitiveness, skilled engineers, and a robust supplier network. Metal forming, covering casting, stamping, and machining, is vital for both internal combustion engine (ICE) and electric vehicle (EV) parts, requiring greater precision and lighter designs. Recent manufacturing data for February 2026 indicates output grew by 6.0 percent, showing steady industrial demand.
EV Transition Threatens Component Makers
However, the rapid shift to electric vehicles (EVs) presents a major challenge. Estimates suggest 45-84 percent of traditional internal combustion engine (ICE) parts, especially powertrain components, could become obsolete. This risks the future of many Indian auto component makers focused on ICE parts like engines, transmissions, and exhaust systems. Adapting to EV needs requires massive investment to retool factories, gain new skills in battery systems, electric drivetrains, and advanced electronics, and retrain workers. Firms unable to afford these outlays risk falling behind, driving significant industry consolidation. India's manufacturing sector sees moderating capital expenditure outlook for 2025-27, but the scale of EV transition investment may exceed smaller firms' capacities.
Bridging the Tech Gap for Global Competition
India's metal forming sector must now balance its ICE component strengths with urgent adoption of new technologies. While India has many engineers and competitive labor costs, global rivals are fast adopting Industry 4.0, automation, AI, and advanced materials like HSLA steels, aluminum, and titanium for lighter parts. Advanced stamping and hydroforming are key for complex EV components. Cold stamping is common in India for cost savings, but hot forming and newer processes are needed for premium EVs. Key export markets, North America and Europe, have strict quality and tech standards. Indian firms must close technology gaps and handle supply chain reliance, especially for semiconductors and rare earth elements largely from China. The sector's fragmentation, with many family businesses, can slow the large investments and tech upgrades needed for this shift.
Investor Interest and Outlook
Investor interest in process-led businesses is strong, with global private equity and strategic buyers actively participating. This suggests a shift towards consolidation based on capability, favoring firms with deep process knowledge and export focus. With global supply chains reconfiguring due to geopolitical shifts, India is solidifying its role as a preferred manufacturing hub. Continued growth will hinge on the industry's speed in reinvesting in advanced technologies, managing ICE asset obsolescence, and integrating digital manufacturing. The limited time to capitalize on existing ICE component strengths is shrinking as the EV transition accelerates.