DRDO’s Radar-Based Drone Jammer Seen with Anti-Drone Cope Cage, Highlighting India’s Evolving Counter-UAS Doctrine - Indian Defence Research Wing
AI Analysis
India's DRDO has showcased a radar-based drone jammer with an anti-drone cope cage, emphasizing a layered counter-UAS strategy to protect high-value assets. This system integrates surveillance radar and electronic jamming to neutralize hostile drones, reflecting lessons from recent conflicts.
Key Takeaways
- DRDO's radar-based drone jammer is part of India's indigenous C-UAS architecture.
- The system combines surveillance radar with electronic jamming to disrupt enemy drones.
- An anti-drone cope cage is added to protect critical components from loitering munitions.
- The system is mobile, mounted on tactical vehicles with elevated sensor masts.
- It targets a wide range of UAV threats, from quadcopters to larger surveillance drones.
Why It Matters
This development highlights India's commitment to enhancing its counter-UAS capabilities, crucial for protecting military assets against evolving drone threats. The integration of a cope cage reflects adaptive strategies based on recent conflict experiences, indicating a proactive approach to drone warfare challenges.
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DRDO’s Radar-Based Drone Jammer Seen with Anti-Drone Cope Cage, Highlighting India’s Evolving Counter-UAS Doctrine
Published February 21, 2026 | By [admin] SOURCE: AFI IMAGE COPYRIGHT DETAILS IN IMAGE A DRDO-developed radar-based drone jammer system was recently seen deployed with an anti-drone “cope cage” configuration, highlighting the Indian Army’s growing emphasis on layered counter-unmanned aerial system (C-UAS) protection for high-value assets and mobile formations. The system was observed during a public military display, where it was mounted on a tactical vehicle platform and integrated with elevated sensor masts and electronic warfare modules, indicating its role as a mobile, rapid-deployment counter-drone solution. The radar-based drone jammer represents a key element of India’s indigenous C-UAS architecture, developed by the Defence Research and Development Organisation to detect, track and neutralise hostile drones operating in contested airspace. The system combines a compact surveillance radar with electronic jamming equipment capable of disrupting the command, control and navigation links of enemy drones, forcing them to either lose control, return to base, or crash. The addition of an anti-drone cope cage over critical components reflects operational lessons drawn from recent conflicts, where loitering munitions and first-person-view (FPV) attack drones have been used extensively to target radars, air defence vehicles, artillery and command posts. The cope cage acts as a physical last line of defence, designed to detonate or deflect incoming drones before they can strike sensitive electronics, radar arrays or power modules. The radar unit mounted on the mast provides all-weather, day-and-night detection of small, low-RCS aerial targets at short and medium ranges. Once a drone is detected and classified, the jammer subsystem is activated to emit directed RF energy across multiple frequency bands commonly used by commercial and military-grade UAVs. This allows the system to counter a wide spectrum of threats, ranging from quadcopters and FPV drones to larger surveillance UAVs operating at higher altitudes. The mobile configuration