India Aircraft MRO Market Size, Share & Forecast, By Service Type, Customer Type & Delivery Model, 2026–2032

The India Aircraft MRO Market was valued at USD 2,250 million in 2025 under the report's India-based civil MRO revenue scope. The estimate is anchored to the Government of India's approximately USD 2 billion industry assessment in 2024 and reconciled with subsequent fleet growth, aircraft utilization and capacity additions. The market includes engine, airframe, component and line-maintenance services performed for civil aviation customers, while defence-only depot activity and aircraft manufacturing are excluded. The 2025 baseline therefore represents a commercially focused service-revenue pool rather than the broader lifecycle maintenance requirement of all Indian-operated aircraft.

The market is forecast to reach USD 4,550 million by 2032, representing a 10.58% CAGR from the 2025 base over seven years. The model implies USD 4,120 million in 2031, closely aligning with the government's direction that India's MRO industry can approach approximately USD 4 billion around 2031. Growth is supported by fleet expansion, increased utilization, additional heavy-check capacity and localization of engine and component work. The growth mix should gradually shift from post-pandemic normalization toward recurring maintenance of a much larger installed fleet and higher-value technical services.

The strongest profit-pool shift is toward engine, component, avionics and integrated heavy-maintenance services. Engine MRO is modeled as the largest service pool because aircraft engines require expensive tooling, technical data, OEM-approved processes and recurring shop visits linked to flight hours. Safran's Hyderabad investment is particularly important because its new facility is designed to process up to 300 LEAP engines annually. Thales has also opened an avionics MRO facility, while established providers are expanding airframe and component capability. These investments increase domestic capture of technically complex work that historically required international repair networks.

The principal constraint is the synchronized requirement for certified technicians, specialized infrastructure and OEM-approved capability. Airbus expects India's technical aviation workforce requirement to reach 34,000 by 2035 from approximately 11,000 currently. Individual advanced facilities are also highly resource intensive: Safran's Hyderabad engine MRO requires about INR 1,300 crore of initial investment and is expected to employ more than 1,000 skilled technicians and engineers at full capacity. Fleet growth can therefore create demand faster than certified shops and labor pools can expand, particularly in engine, avionics and wide-body maintenance categories.

India ranks fourth in the selected 2025 peer benchmark behind China, Japan and the UAE, but ahead of South Korea on the report's domestic-revenue lens. More importantly, India's modeled 10.58% CAGR exceeds the selected peer growth benchmarks of approximately 5.0% for China, 5.3% for Japan, 7.8% for the UAE and 5.4% for South Korea. India's relative advantage comes from simultaneous fleet expansion, airport infrastructure growth and localization of maintenance capacity. The key strategic gap is that established regional hubs still possess deeper mature engine, component and international third-party servicing ecosystems.

Fleet expansion is the largest structural demand factor because every additional aircraft generates recurring line checks, base maintenance, component removals and engine shop visits throughout its operating life. India's commercial fleet exceeded 800 aircraft in 2025, while domestic airlines collectively had more than 1,700 aircraft on order. Airbus subsequently projected the commercial fleet could reach 2,250 aircraft by 2035 and passenger traffic could grow 8.9% annually. These metrics imply a long-duration maintenance pipeline that extends substantially beyond the current forecast period and supports investment in engineering capacity, spares, tooling and regional maintenance networks.