India has successfully completed development trials of the ULPGM-V3, an indigenous unmanned aerial vehicle-launched guided munition, according to DRDO. The completion of developmental testing marks a significant milestone in the operationalisation of this precision-strike system for the Indian military.
The ULPGM series represents DRDO’s effort to indigenise UAV-based loitering munitions and precision-guided weapons for the armed forces. The system is designed to be deployed from tactical unmanned platforms, providing the military with a standoff precision-strike capability against ground targets without requiring the UAV to enter heavily defended airspace.
The V3 variant incorporates improvements in guidance accuracy, warhead effectiveness, and platform integration over its predecessors. The missile employs inertial navigation coupled with terminal guidance to achieve precision engagement of stationary and slow-moving targets. Its modular design allows integration across multiple UAV platforms already in service with the Indian Air Force and Army.
Development of indigenous UAV-launched munitions aligns with India’s broader Defence Acquisition Procedure emphasis on reducing dependence on imported systems. The ULPGM programme demonstrates DRDO’s commitment to creating an integrated ecosystem where airframes, sensors, and weapons are indigenously developed and validated together, enhancing operational flexibility and reducing logistics burdens.
The successful completion of trials indicates the system is progressing toward user evaluation and eventual induction. Indian military doctrine increasingly prioritises precision standoff weapons to counter emerging threats in both conventional and asymmetric operational environments. UAV-launched munitions provide commanders with rapid-response options for time-sensitive targets while maintaining operational security through standoff delivery.
India’s advancement in this domain reflects growing technical maturity in autonomous systems and guidance technologies. The ULPGM-V3’s development occurs alongside concurrent DRDO programmes on other loitering munitions and precision-guided systems, positioning the armed forces to field a modernised arsenal focused on network-centric warfare and long-range precision strike capabilities expected by 2030.
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