IG Defence Unveils ‘T-SHUL ARC’ Vehicle-Mounted Anti-Drone Jammer for Convoy Protection and Counter-UAS Warfare -
AI Analysis
IG Defence of India has unveiled the T-SHUL ARC, a vehicle-mounted anti-drone jamming system designed for convoy protection and defense of strategic assets. The system utilizes multi-band jamming across 350 MHz to 5.9 GHz to disrupt drone communication, navigation, and control signals. It features both directional and omnidirectional modes, and is capable of countering swarm attacks within a 2.5km radius.
Key Takeaways
- The T-SHUL ARC is a mobile, high-power electronic warfare system.
- It jams frequencies from 350 MHz to 5.9 GHz, targeting RF control, telemetry, GPS, and GNSS.
- The system offers both directional and omnidirectional jamming modes for flexible deployment.
- It's designed to counter swarm drone attacks with autonomous frequency scanning and multi-target engagement.
- Integration with C2 systems allows for automated engagement protocols and manual override.
Why It Matters
The development highlights the growing importance of indigenous counter-UAS capabilities, particularly in response to the increasing use of drones in modern warfare. This system addresses a critical vulnerability – the protection of moving assets – and demonstrates a shift towards more mobile and integrated drone defense solutions. The ability to counter swarms is especially significant given the evolving drone threat landscape.
IG Defence Unveils ‘T-SHUL ARC’ Vehicle-Mounted Anti-Drone Jammer for Convoy Protection and Counter-UAS Warfare -
Home» IG Defence Unveils ‘T-SHUL ARC’ Vehicle-Mounted Anti-Drone Jammer for Convoy Protection and Counter-UAS Warfare
India’s private defence sector continues to expand its footprint in counter-drone technologies, with Defencetech startup IG Defence announcing the development of the IG T-SHUL ARC vehicle-mounted anti-drone jammer system. Designed as a high-power, mobile electronic warfare solution, the system is tailored for convoy protection and the defence of high-value military and strategic assets against evolving unmanned aerial threats.
The IG T-SHUL ARC system addresses a critical operational gap in modern battlefields, where low-cost drones, swarm attacks, and FPV systems have become increasingly prevalent. By integrating a mobile, multi-band jamming array onto a vehicle platform, the system offers real-time, on-the-move protection—an essential requirement for military convoys operating in contested or hostile environments.
At the core of the system is its multi-band jamming capability, covering a wide frequency spectrum ranging from approximately 350 MHz to 5.9 GHz. This enables the disruption of a broad range of drone communication links, including commercial RF control bands, telemetry channels, and satellite-based navigation systems such as GPS and GNSS. By generating broadband RF noise interference, the system can effectively sever the link between the drone and its operator, disrupt video feeds, and degrade navigation signals, forcing the drone to either crash, return to base, or lose operational effectiveness.
One of the key strengths of the T-SHUL ARC is its ability to operate in both directional and omnidirectional jamming modes. This dual-mode functionality allows operators to either focus energy toward a specific threat vector for increased effectiveness or create a protective electronic shield around a convoy or installation. The system’s rapid response capability ensures that threats can be engaged almost immediately upon detection, minimizing reaction time in high-risk scenarios.
The system is also engineered to counter swarm drone attacks, a growing concern in modern warfare. With autonomous frequency scanning and the ability to engage multiple targets simultaneously, T-SHUL ARC can create an area denial effect within a jamming radius of up to 2.5 kilometers. This makes it particularly relevant for protecting moving columns, forward operating bases, and critical infrastructure from coordinated drone incursions.
Integration with command and control (C2) systems further enhances its operational utility. The jammer can synchronize with higher-level battlefield management systems, enabling automated engagement protocols based on threat detection inputs. At the same time, manual override options ensure that operators retain control in complex or ambiguous scenarios. Mission logging features provide post-operat