In the village of Dharampur, close to Porbandar in Gujarat, an Indian Navy Drishti‑10 unmanned aerial vehicle (UAV) came down after taking off for a routine training sortie. The incident occurred in the afternoon, and the navy confirmed that there were no injuries or fatalities among the personnel involved.

Technical Profile of Drishti‑10

The Drishti‑10 weighs roughly 1,100 kg and can carry a payload of up to 450 kg. With a 15‑metre wingspan and a length of 8.3 metres, it is designed for long‑endurance intelligence, surveillance, and reconnaissance (ISR) missions. Equipped with advanced sensors, all‑weather operational capability, and secure communication suites, the platform is a cornerstone of India’s maritime and border security architecture.

Previous Crash Background

This is not the first mishap involving the Drishti‑10. In January 2025, another unit of the same model crashed off the Porbandar coast during pre‑acceptance trials for the Indian Army. Although that incident also resulted in no loss of life, it prompted a thorough review of the UAV’s reliability and maintenance procedures.

Investigation and Possible Causes

The navy has immediately constituted a fact‑finding team to probe the crash. Early indications suggest potential aerodynamic instability, sensor failure, or a loss of ground‑control link as possible triggers. Defense analysts warn that recurring technical glitches could necessitate software upgrades, stricter maintenance regimes, and enhanced pilot training for future operations.

Implications for Defence Strategy

High‑performance UAVs like the Drishti‑10 are integral to India’s defence posture, providing critical maritime surveillance, border monitoring, and threat detection capabilities. Any disruption to their operational readiness raises strategic concerns. Consequently, the Ministry of Defence has pledged to tighten testing standards and operational protocols to ensure that such platforms remain reliable and mission‑ready.