INDIGENIZATION

Building India’s Future in Defence Systems
Aerod Technologies actively supports the Indian Armed Forces in advancing indigenization across defence aviation and land systems. The company focuses on reducing reliance on external supply chains by enabling local engineering solutions, system-level development, and sustained availability of critical components and equipment.

A key focus area is supporting legacy platforms that continue to play a vital role in operational readiness. Aerod works towards ensuring the availability, serviceability, and performance of such fleets by addressing obsolescence challenges and strengthening domestic support capabilities. This approach enables continuity of operations even in cases where OEM support is limited, delayed, or no longer available.

Key Capabilities

1. Indigenous manufacturing of aerospace, land system, and ground support equipment
2. Engineering design, system integration, and product development for defence applications
3. Support for modernization, upgrades, and life-extension of operational platforms

Aerospace

Aerod’s efforts in aviation focus on sustaining and enhancing legacy aircraft fleets through localized support solutions for critical systems and equipment. The company supports availability of key components, assists in maintenance and overhaul ecosystems, and enables continued operability of aircraft that remain essential to mission requirements. This ensures reduced downtime and greater fleet readiness without dependence on long and uncertain external supply chains.

Land Systems & Armoured Platforms

For land systems, Aerod supports the indigenization of components and subsystems used in armoured vehicles and tactical platforms. The emphasis is on maintaining operational readiness of legacy armoured fleets by ensuring availability of critical spares and support for key mechanical, electrical, and electronic systems. These efforts contribute to improved reliability, easier maintenance, and extended service life of platforms operating in demanding field conditions.