Hamas-Style Weapons: How Terrorists Planned Multiple Attacks on Delhi with Improvised Rockets and Drones

The terror module responsible for the Delhi bomb attack was developing Hamas-style rockets and weaponized drones.

The sophisticated terror cell behind the November 10 Red Fort suicide car bombing was actively creating Hamas-inspired improvised rockets and armed drones. These weapons systems were intended for executing multiple attacks across Delhi.

Terrorists' Drone Attack Strategy

Jasir Bilal Wani, also known as Danish, a Jammu and Kashmir resident like the first suspect Amir Rashid Ali who was arrested in Delhi, was apprehended in Srinagar by an NIA team.

According to the NIA statement, Danish provided technical expertise for terror operations by modifying drones and attempting to manufacture rockets prior to the devastating car bomb explosion.

Sources informed NDTV that he endeavored to create powerful drones equipped with large batteries capable of carrying heavier explosive payloads along with cameras. They added that he possessed experience in developing small weaponized drones.

NDTV consulted Paras Jain, CEO and Founder of Indowings, a drone and anti-drone manufacturing company, who offered insights into the operation of these Hamas-style drones and improvised rockets.

Hamas-Style Gliding Rockets

Investigators have verified that the module studied gliding rockets similar to those employed by Hamas. These rockets are lightweight, highly portable, and can travel distances up to 25 kilometers. Jain explained that they can be deployed from ground positions or even launched by hand, serving as an inexpensive alternative to guided missiles.

A single rocket can be launched within 20 seconds, and three can be fired in under a minute. Hamas typically deploys these rockets in large quantities because they affect wide impact areas and create rapid disruption.

Precision Improvised Rocket

Another rocket type being developed was a precision improvised rocket launched using a pneumatic system.

Compressed gas propels the rocket with substantial force, providing a stable initial trajectory and enabling a controlled strike.

These rockets can transport explosive payloads ranging from 2 to 50 kilograms and are designed for calculated medium-range urban attacks.

Rail Launcher And Improvised UAV (Unmanned Aerial Vehicle)

The rail launcher system functions as a stationary platform for releasing improvised UAVs or gliding projectiles.

These UAVs utilize airflow to cover extended distances and can carry substantial explosives at high velocity.

Such systems are inexpensive, simple to assemble, and allow attackers to avoid direct engagement.

Payload-Dropping Drone

A compact mechanism attached beneath the drone enables the release of grenades or small bombs from the air.

These drones can attack from overhead angles, where buildings and vehicles are most vulnerable. Even a small payload has the potential to cause significant damage.

Not a One-Person Operation

The construction of these weapons requires more than an individual effort.

They necessitate a team, coordinated planning, logistics, financial resources, communication networks, and technical expertise. While some materials may be readily accessible, assembling them into functional weapons demands specialized knowledge.

Potential Impact in Delhi

Had these rockets and UAVs been deployed in the National Capital, they could have resulted in widespread destruction, numerous casualties, and public panic. The intent was to execute multiple rapid attacks mimicking Hamas operational tactics.

Why Hamas and Terror Groups Utilize These Weapons

These systems are preferred because they are cost-effective, easily manufactured, and can be deployed in large numbers.

They enable attackers to strike from a distance, avoid direct confrontation, and inflict substantial destruction at minimal cost. Additionally, they can be constructed using locally available components, making them particularly attractive for terror organizations.