Model: DAGGER – Explosive Ordnance Disposal (EOD) Robot

The DAGGER EOD Robot is an indigenously developed tracked unmanned ground vehicle designed for the remote detection, inspection, handling, and disposal of explosive ordnance and improvised explosive devices (IEDs). It enables EOD teams to conduct high-risk operations from a safe stand-off distance, significantly reducing risk to personnel in hostile and urban environments.

Type: Tracked Unmanned Ground Vehicle
Primary Role: Explosive Ordnance Disposal, IED Handling & Neutralisation

Mobility & Chassis:
Tracked UGV configuration with heavy-duty reinforced tracks
Electric / hybrid high-torque drive system
Zero-radius skid steering for tight maneuvering
Capable of operating on rubble, stairs, slopes, curbs, and uneven terrain
Stable performance in urban, off-road, and debris-filled environments

Robotic Arm & Manipulation System:
Multi-axis articulated robotic arm (5–7 DOF)
Long-reach configuration for safe explosive handling
High-strength precision gripper for wires, detonators, containers, and irregular objects

Compatible with EOD tools including:
Wire cutters
Disruptors
Probe tools
Custom mission-specific tools

Blast Containment & Disposal Capability (Optional):
Rear-mounted blast containment chamber
Designed for secure transport of grenades, small IEDs, and explosive objects
Reinforced structure with secure locking mechanism
Enables safe relocation of live explosives to designated disposal zones

Control, Sensors & Communication:
Fully remote-controlled operation
Rugged handheld controller or portable ground control station
Long-range operation (LOS / NLOS configurable)
Real-time video feed, telemetry, and system health monitoring
Secure, encrypted communication link

Applications:
IED detection and neutralisation
Urban and roadside bomb disposal
Military, paramilitary, and police EOD missions
Critical infrastructure and VVIP security

Key Advantages:
Keeps EOD personnel out of harm’s way
High-precision robotic manipulation
Integrated blast containment capability
Robust mobility in complex terrain
Modular, upgrade-ready architecture