The Indian Army is prioritizing countering unmanned aerial system (UAS) threats along its western and northern borders, particularly with the recent focus on acquiring an advanced Integrated Drone Detection and Interdiction system (MK IIA). This new procurement aligns with India’s broader strategy to enhance its counter-drone capabilities, especially given the increasing threats from enemy drones.
Recently, the Indian Army issued a Request for Information (RFI) seeking details from potential vendors about a sophisticated system. The proposed system is expected to feature advanced surveillance, detection, and tracking capabilities, with a microprocessor for targeting solutions. Additionally, it should include a LASER weapon system for “hard kill” actions—destroying drones—and jamming capabilities for “soft kill” or denial of service.
The Army’s focus on this advanced system is part of a series of measures, including the induction of indigenous systems developed by the Defence Research and Development Organization (DRDO) and Bharat Electronics. Five such systems have already been deployed near the northern borders, bolstering India’s defence posture against drone threats.
In contrast, China has been equally proactive in developing its counter-drone technologies. China’s military has invested in a range of systems, including the “Silent Hunter” laser weapon system, designed to detect, track, and destroy enemy drones.
This system, with capabilities similar to India’s planned MK IIA, can target low-altitude, low-speed aerial targets, making it a formidable tool in China’s defence arsenal. Additionally, China has developed and deployed various electronic warfare systems to jam and disrupt enemy drones, highlighting the technological race between the two nations in this critical defence sector.
India’s push to procure and deploy advanced counter-drone systems mirrors China’s efforts, underscoring the growing importance of UAS defence in modern military strategies. As both nations continue to enhance their capabilities, the technological advancements in this field will likely play a crucial role in securing their borders.