DRDO Advances Missile Guidance with High-Resolution Dual-Channel Electro-Optic Imaging Seeker

The Defence Research and Development Organisation (DRDO) is taking a significant leap in missile guidance technology with the development of a High-Resolution Dual-Channel Electro-Optic (EO) Imaging Seeker. This cutting-edge system integrates Electro-Optical (EO) and Imaging Infrared (IIR) technologies to enhance target acquisition and tracking accuracy across various combat scenarios.

This initiative aligns with DRDO’s ongoing efforts to equip next-generation missiles and unmanned aerial vehicles (UAVs) with state-of-the-art targeting systems. A crucial aspect of this project involves the Aeronautical Development Establishment (ADE), which is actively seeking industry partners to develop experimental UAVs outfitted with dual-band seekers capable of operating in both EO and IIR spectrums.

The seeker boasts impressive specifications, including a target acquisition range of 10–15 km, circular error probable (CEP) under 9 meters, and rapid target locking within 15 seconds. Additionally, its ability to perform pop-up maneuvers and terminal homing within 50 seconds makes it ideal for precision strikes in dynamic environments.

DRDO has already demonstrated its expertise in IIR seekers through successful deployments in missiles like Nag, HELINA, and MPATGM, as well as strategic defense projects such as the Exo-Atmospheric Interceptor PDV and ASAT (Mission Shakti). The new dual-channel seeker builds on this foundation by integrating EO sensors for clear daytime imaging and IIR capabilities for effective operation in low-visibility or nighttime conditions. This fusion significantly enhances adaptability on the battlefield, complementing DRDO’s advancements in laser-based targeting systems and precision-guided munitions.

With a modular design weighing under 15 kg and a long-term storage capability of up to 10 years, the seeker ensures operational readiness with minimal maintenance. DRDO’s collaboration with private industry players is expected to accelerate innovation in optics, servo mechanisms, and imaging technologies, reinforcing India’s push for self-reliance in advanced missile guidance systems.

This development marks a crucial step in India’s defense evolution, combining legacy expertise with next-generation sensor fusion to create smarter and more effective weaponry.