Sheshnaag-150 Swarm Drone

Sheshnaag-150 Swarm Drone

Why in News?

India is developing a long-range swarm attack drone called Sheshnaag-150, capable of striking targets over 1,000 km away — a defence technology development often analysed in UPSC coaching in Hyderabad while studying emerging military technologies.

What is Sheshnaag-150?

Sheshnaag-150 is a long-range autonomous swarm drone system designed for coordinated military strikes.

• It is built using AI-based swarm intelligence, allowing multiple drones to operate together.

• The drone can carry explosive payloads to destroy enemy infrastructure, vehicles, or troop formations.

• It is designed for deep-penetration missions in hostile territories.

Sheshnaag-150 Swarm Drone

Key Features

Weight: Around 150 kg.

Payload Capacity: Approximately 25–40 kg, enabling the drone to carry warheads or surveillance equipment.

Operational Range: More than 1,000 km, allowing long-distance strategic missions.

Endurance: Can remain airborne for over five hours, enabling surveillance and loitering attacks.

Autonomous Swarm Technology: Multiple drones coordinate simultaneously to overwhelm enemy defence systems.

AI-based Target Identification: Equipped with real-time surveillance and automated strike capability.

GPS-Denied Navigation: Uses visual navigation systems, allowing operation even when GPS signals are jammed — topics often discussed in IAS coaching in Hyderabad for GS3 defence technology preparation.

Swarm Drone Technology

Swarm drones are multiple UAVs that coordinate using AI algorithms.

• They operate collectively to confuse enemy radar and defence systems.

• Widely seen as the future of warfare, with increasing use in conflicts such as Ukraine and West Asia.

• They enable low-cost yet high-impact military operations, making them an important topic covered in UPSC online coaching and civils coaching in Hyderabad while studying modern warfare and security technologies.

This topic is available in detail on our main website.

👉 Daily Current Affairs – 11th March 2026

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