PHANTOM-X: Tactical Defense Rover
Designed to execute high-risk reconnaissance, subterranean landmine detection, and remote bomb disposal to protect human lives in extreme environments.
Architecture & Final Execution
Research to Development
Tested & Validated
The Problem & Real-World Challenge
Every year during national defense exhibitions like “Onirban”, the absence of indigenous high-tech robotics tailored for modern tactical intelligence operations becomes apparent. Concurrently, news headlines frequently highlight tragic casualties from bomb blasts and landmine explosions.
The Catalyst Incident
A specific catalyst for this project was the evolving threat environment encountered during homeland security initiatives. PHANTOM-X was built to reduce danger for human teams by allowing remote response in hazardous zones.
“Human life is more valuable than any machine.”
Technical Architecture & Tech Stack
Hardware & Mechanics
- Premium Aluminum & Sheet Metal Hybrid Chassis
- Heavy-duty 4WD & Off-road Suspension
- High-Torque 2-DOF Robotic Arm (40KG Base / 35KG Elbow)
- Precision Tactical End-Effector Gripper
Processing, Vision & Comms
- Raspberry Pi 4 (8GB RAM) Central Brain
- Dual Night-Vision & Thermal Tactical Cameras
- Global Telemetry Network (Low-latency telemetry)
- High-Capacity 12V 5200mAh Battery Pack
Core Capabilities & Tactical Solutions
Precision robotic arm executes high-risk explosive neutralization and remote payload handling safely.
Utilizes advanced computer vision for stealth tracking, real-time threat detection, and deep-territory recon.
Military-grade subterranean sensor payload scans, detects, and maps hidden landmines and IEDs.
Integrated jamming module disrupts enemy communications and RF signals within an 80–100m radius.
High-precision sensor array analyzes hazardous terrain parameters in real-time for safe navigation.
Integrated self-neutralization payload prevents enemy capture and unauthorized reverse-engineering.
Exhibition & Science Fair Highlights
Demonstrating PHANTOM-X tactical capabilities at the exhibition.
Live EOD and obstacle navigation field demonstration.
Future Enhancements
A. DEMON-71 Drone Integration
Aerial companion drone integration for extended flight, mapping, and surveillance.
B. AI Aim Bot System
Automated threat acquisition and target-locking via computer vision.
C. Advanced Optics Upgrade
Upgrading thermal and night-vision range for extended fidelity.