Next-generation guided weapons require autonomous precision to remain effective against both moving and stationary targets at standoff ranges. Without onboard visual intelligence, airborne guided projectiles typically depend on external guidance, which can limit mission effectiveness in dynamic operational environments.

To address this challenge, Optimized Electrotech has developed a Miniature Visual Guidance System (MVIGS), an advanced visual intelligence solution designed for airborne guided projectiles launched from aerial platforms such as UAVs. The system enables autonomous target acquisition, tracking and engagement of land-based targets within line-of-sight ranges.

Developed under the iDEX framework, MVIGS combines electro-optical imaging, onboard analysis and edge intelligence to provide autonomous target-tracking capabilities for next-generation weapon systems manufactured by Bharat Dynamics Limited. The system can automatically identify intended targets using cues provided by the launch platform while operating at suitable standoff distances.

Built around embedded electronics and electro-optical technologies, MVIGS can detect and recognise targets based on launch-platform inputs. It also classifies targets through edge analytics, allowing onboard decision support without dependence on external processing systems.

The system continuously tracks designated targets throughout the projectile’s flight and supports flight-path error correction through communication with the launch platform. This helps maintain engagement accuracy under changing battlefield conditions.

MVIGS further enables communication with telemetry systems and autopilot systems, ensuring seamless integration with the projectile’s guidance and control architecture. The platform is also compliant with JSS 55555 requirements.

The solution integrates electro-optical design, mechanical and opto-mechanical engineering, image acquisition, image interpretation and analysis, embedded electronics, and communications technologies into a compact package. Together, these capabilities provide a fully autonomous visual guidance solution for airborne guided projectiles.

As militaries increasingly seek precision-engagement systems capable of operating in contested and communications-denied environments, onboard visual guidance technologies such as MVIGS are expected to play an important role in enhancing target engagement accuracy, reducing dependence on continuous external control, and improving operational flexibility for future guided munition programs.

Agencies