India has taken a significant step in expanding its defence exports with the flagging off of the first batch of guided Pinaka rockets from Nagpur, Maharashtra, by Defence Minister Rajnath Singh. The export marks a major milestone for India’s defence manufacturing sector, highlighting the country’s growing footprint in the global defence market.
The shipment is part of a Rs 2,000 crore contract signed in September 2022 with Armenia, which will receive four batteries of the Pinaka multi-barrel rocket launcher system, along with ammunition and support equipment. This is the first international sale of the guided variant, which offers improved accuracy and extended strike range, positioning India as a competitive player in advanced missile systems.
Developed by the Defence Research and Development Organisation (DRDO) and produced in collaboration with Solar Defence & Aerospace Limited (SDAL), the Pinaka system incorporates advanced navigation and guidance technology, enhancing battlefield precision. Analysts note that the system’s performance has drawn interest from multiple global markets, reflecting growing confidence in India’s defence manufacturing capabilities.
Earlier deliveries of unguided and extended-range variants to Armenia were completed by late 2024. The current guided variant export strengthens India’s strategic partnership with Armenia and demonstrates the country’s ability to deliver high-technology systems internationally.
Rajnath Singh emphasised at the flag-off event that India is transitioning from a defence importer to a reliable global exporter, leveraging domestic manufacturing and innovation. The event also highlights increasing private sector participation, a key government focus under the Atmanirbhar Bharat initiative to boost defence exports and self-reliance.
The launch of guided Pinaka rockets underlines India’s emerging role as a strategic defence supplier, supporting both its economic and geopolitical objectives while boosting investor confidence in the country’s defence manufacturing sector.