ArthX Expands Counter‑UAS Arsenal with FANG 7 and FANG 10 UAVs

Introduction

ArthX announces delivery of its AI‑equipped FANG 7 interceptor UAVs to the Indian Army, marking a significant step in the nation’s effort to neutralize the growing drone menace. The company also confirms work on a faster FANG 10 variant that aims to reach 350 km/h, promising reduced response times for high‑speed aerial targets. This development reflects a broader strategic shift within the Indian armed forces toward kinetic counter‑UAS solutions.

Technical Overview

The FANG 7 operates at a maximum speed of 250 km/h, allowing rapid interception of hostile drones before they can complete their attack cycles. While the exact endurance, payload capacity, and sensor suite have not been disclosed, the platform is designed to engage targets at medium ranges using advanced AI‑driven guidance. The forthcoming FANG 10 is projected to achieve 350 km/h, a speed increase that could cut the time to reach a detected drone by roughly 30 percent, according to company statements.

| Specification | FANG 7 | FANG 10 |

|---|---|---|

| Top Speed | 250 km/h | 350 km/h |

| Role | AI interceptor UAV | AI interceptor UAV (next‑gen) |

| Primary Mission | Counter hostile UAVs | Counter fast‑moving UAV threats |

| Status | Delivered to Indian Army | In development |

Strategic Implications

India faces an escalating threat from small, low‑cost UAVs used for surveillance, artillery spotting, and one‑way attacks. Traditional electronic warfare measures often struggle against coordinated drone swarms, whereas kinetic interceptors can physically destroy the aircraft, offering a decisive advantage. By fielding the FANG 7, the Indian Army gains a proven kinetic option that complements existing radar and missile systems. The anticipated FANG 10, with its higher velocity, would enable engagement of faster, more agile drones, including those employing evasive maneuvers. Together, these systems bolster India’s layered defense architecture and support the military’s goal of maintaining airspace superiority in contested environments.

The Indian Army has earmarked resources to integrate these UAVs into its existing air defense network, aiming to create a rapid reaction layer that can respond within minutes to emerging aerial threats.

The FANG 7’s AI core processes real‑time video feeds from onboard cameras, enabling autonomous target acquisition and lock‑on without operator intervention, a capability that enhances situational awareness on the battlefield.

Operational experience from recent conflicts in the Indo‑Pacific region has shown that small UAVs can coordinate with artillery fire, making rapid neutralization essential for force protection.

The Indian Army plans to deploy the FANG 7 units alongside existing short‑range air defense systems such as the Akash missile series, creating a layered shield that can engage both low‑altitude drones and higher‑flying platforms.

Training programs are being established to familiarize operators with the AI interface, ensuring seamless transition from manual to autonomous control.

Future upgrades may incorporate beyond‑visual‑range sensors and modular payload bays, allowing the platform to adapt to evolving threat profiles.

Integrating the FANG 7 and upcoming FANG 10 into India’s counter‑UAS ecosystem represents a paradigm shift from passive detection to proactive interception, reducing reliance on kinetic missiles that often suffer from limited magazine depth. By leveraging AI‑driven autonomy, these UAVs can operate in contested environments where communication links may be jammed, maintaining persistent surveillance and rapid response capabilities. This evolution aligns with global trends where nations prioritize swarm‑aware defenses, and it positions India as a regional leader in next‑generation drone mitigation.

The successful integration of these platforms could also stimulate domestic UAV manufacturing, fostering technological growth and export opportunities for India’s defense industry.

The initiative underscores India's commitment to modernize its air defense posture.