Shaurya Squadrons: What Are Indian Army Drone Units and Their Role?

Why in News ?

The Indian Army has begun inducting Shaurya Squadrons—dedicated drone sub-units within armoured regiments—to enhance real-time surveillance and precision strike capabilities in modern battlefield scenarios.

Background and Context

Modern warfare is increasingly technology-driven, with unmanned systems such as drones playing a decisive role in intelligence gathering, surveillance, reconnaissance (ISR), and combat operations.

Recent global conflicts have demonstrated the transformative impact of drones in :

• Precision targeting
• Real-time battlefield awareness
• Minimising human risk

India has been steadily modernising its defence forces to integrate advanced technologies. The induction of Shaurya Squadrons reflects this shift toward network-centric and technology-enabled warfare.

About Shaurya Squadrons

• Dedicated drone sub-units embedded within armoured regiments
• Designed to provide real-time intelligence and strike capabilities at unit level
• Each squadron comprises around 20–30 trained personnel

Types of Systems Operated

• Surveillance drones
• Attack drones
• Swarm drones
• First-Person View (FPV) drones
• Loitering munitions

Key Features and Capabilities

1. Real-Time Surveillance

Shaurya Squadrons provide tank commanders with live battlefield data, improving situational awareness and decision-making.

2. Precision Strike Capability

FPV drones and loitering munitions enable targeted strikes on  :

• Enemy armour
• Logistics nodes
• Strategic positions

3. Decentralised Decision-Making

Commanders can act instantly without waiting for higher command approvals, enhancing operational flexibility.

4. Sensor-to-Shooter Compression

The key objective is to reduce the time between detection and destruction of targets from minutes to seconds.

5. Integration with Armoured Warfare

Enhances effectiveness of tank regiments by combining mobility with real-time intelligence and strike capabilities.

Sensor-to-Shooter Cycle Explained

The sensor-to-shooter cycle refers to the time gap between :

• Identifying a target (sensor)
• Engaging and destroying it (shooter)

Shaurya Squadrons aim to drastically reduce this gap, making battlefield response faster and more efficient.

Deployment and Expansion

• Already inducted across five Army Commands
• Plan to equip all 67 armoured regiments
• Ensures each regiment has a dedicated drone wing

Link with Ashni Platoons

• Shaurya Squadrons build upon earlier Ashni Platoons in infantry units
• Ashni units also consist of 25–30 personnel
• Equipped with similar drone and counter-drone capabilities
• Now integrated across infantry battalions

Significance of Shaurya Squadrons

1. Modernisation of Armed Forces

Marks a shift towards technology-driven warfare and unmanned systems.

2. Enhanced Battlefield Efficiency

Faster targeting and engagement improves operational outcomes.

3. Reduced Risk to Soldiers

Use of drones minimises exposure of personnel to enemy fire.

4. Strategic Advantage

Provides edge in high-intensity and hybrid warfare scenarios.

5. Network-Centric Warfare Capability

Integrates intelligence, surveillance, and strike functions into a unified system.

Challenges

• High dependency on advanced technology and maintenance
• Vulnerability to electronic warfare and jamming
• Need for continuous training and skill upgradation
• Integration challenges with existing command structures
• Rapidly evolving drone warfare requiring constant innovation

Way Forward

• Invest in indigenous drone manufacturing under Atmanirbhar Bharat
• Strengthen counter-drone and electronic warfare capabilities
• Enhance AI-based targeting and autonomous systems
• Develop robust communication and data-sharing networks
• Conduct regular training and simulation-based exercises
• Foster collaboration between defence forces, DRDO, and private sector