Zen Technologies unveils India's first high-altitude anti-drone system
Zen Technologies Limited launched India's first High-Altitude Man-Portable Anti-Drone System on July 26, 2026. The indigenous MPADS features 5 km detection range via wideband RF scanning and 3 km omni-directional jamming to disrupt command links and GNSS signals. Designed for mountain warfare, the system supports multi-target and swarm detection, offering a portable solution for troops in remote terrain where conventional systems are ineffective.

*this image is generated using AI for illustrative purposes only.
Hyderabad-based zen technologies unveiled its High-Altitude Man-Portable Anti-Drone System (MPADS) on July 26, 2026, marking a significant expansion in its indigenous defence technology portfolio. The launch, timed to coincide with Kargil Vijay Diwas, introduces a lightweight counter-unmanned aerial system (UAS) solution designed specifically for troops operating in remote and mountainous terrain where conventional vehicle-mounted systems are impractical.
The MPADS addresses the growing threat of drone usage in high-altitude battlefields by providing a compact, mission-ready solution that combines advanced radio frequency (RF) detection, intelligent data fusion, and omni-directional jamming. The system is engineered for rapid deployment and can be carried by soldiers, pack animals, all-terrain vehicles (ATVs), or unmanned ground vehicles (UGVs), ensuring mobility across diverse operational environments.
Key Technical Specifications
The core of the MPADS is Zen Technologies' RF-Based Drone Detector (RFDD), which utilizes advanced Correlative Interferometry and Digital Beamforming techniques to accurately determine the bearing of hostile drones. This detector is integrated with a Data Fusion & Command Centre (DFCC) that consolidates sensor inputs into a single tactical picture, enabling operators to monitor threat zones, classify aerial threats, analyse spectrum activity, and make rapid engagement decisions.
| Feature | Specification |
|---|---|
| Drone Detection Range | Up to 5 km |
| Jamming Range | Up to 3 km |
| RF Scanning Spectrum | 400 MHz to 6 GHz |
| Operational Capability | 24x7, all-weather |
| Target Capability | Multi-target and swarm detection |
The system performs continuous wideband RF scanning across the 400 MHz to 6 GHz spectrum to detect drones. Its omni-directional jamming capability disrupts both drone command links and Global Navigation Satellite System (GNSS) signals simultaneously. Additionally, the MPADS supports multi-target and swarm detection, allowing forces to counter coordinated drone attacks effectively.
Strategic Implications
With increasing drone activity in contested border areas and high-altitude regions, portable counter-drone capabilities have become an essential component of frontline force protection. Zen Technologies' latest solution delivers a scalable capability that enables troops to detect, track, and neutralize aerial threats wherever the mission demands. This development reinforces India's indigenous defence ecosystem by providing a combat-ready operation tool tailored for modern mountain warfare.
Zen Technologies Limited, a pioneer in defence training and anti-drone solutions, has over 30 years of experience fielding realistic combat training solutions to armed forces worldwide. The company, which has applied for over 200 patents and shipped more than 10,000 systems globally, continues to update its portfolio to include new solutions for emergent threats through its dedicated research and development facility in Hyderabad.
Historical Stock Returns for Zen Technologies
| 1 Day | 5 Days | 1 Month | 6 Months | 1 Year | 5 Years |
|---|---|---|---|---|---|
| -1.78% | -2.26% | -8.00% | +37.36% | -6.92% | +1,724.34% |
How might the deployment of Zen Technologies' MPADS influence the company's revenue mix and valuation multiples in the near term?
What are the potential export opportunities for this system given the rising global demand for counter-UAS solutions in mountainous terrains?
How does the MPADS compare in cost-effectiveness and operational range to competing portable anti-drone systems from international defense contractors?

































