Bangladesh's First Low-Cost Stealth Drone
Building Bangladesh's first low-cost stealth drone prototype for next-gen defense technology.
Stealth Design
Radar-absorbing materials and geometry optimized for minimal radar cross-section.
Autonomous Flight
Advanced navigation systems for GPS-denied environments and mission autonomy.
Local Production
Designed for manufacturing with locally available materials and technology.
Swarm Capability
Experimental multi-drone coordination for enhanced mission effectiveness.
Our Drone Prototypes
Explore our current prototype models and their capabilities, from stealth airframes to autonomous navigation systems.
Stealth Airframe
Optimized geometry with radar-absorbing materials for minimal detection.
Autonomous Navigation
GPS-denied navigation using computer vision and sensor fusion.
IR Signature Testbed
Testing platform for thermal signature reduction technologies.
Swarm Simulation
Virtual environment for testing multi-drone coordination algorithms.
Micro Reconnaissance
Ultra-small drone for close-range surveillance missions.
Long Endurance Platform
Extended flight time drone for border surveillance applications.
Interactive 3D Models
Explore our drone designs in 3D. Rotate, zoom, and examine our prototypes from every angle.
Get a closer look at our drone prototypes with our interactive 3D model viewer.
View 3D ModelsTechnology Stack
Our drones leverage a combination of cutting-edge hardware and software technologies.
Hardware
- Arduino & Raspberry Pi Controllers
- GPS Modules & IMU Sensors
- Custom PCB Designs
- Brushless Motors & ESCs
- Camera & Sensor Arrays
Software
- ROS (Robot Operating System)
- Python & C++ for Control Systems
- OpenCV for Computer Vision
- Unity for Swarm Simulation
- Custom Flight Control Algorithms
Design Tools
- Fusion 360 for 3D Modeling
- FreeCAD for Open-Source Design
- openEMS for EM Simulation
- Blender for Visualization
- KiCad for PCB Design
Progress Timeline
Track our journey from concept to prototype and beyond.
Project Inception
Initial concept development and feasibility studies completed.
First Design Iteration
Completed CAD models and simulations for the stealth airframe.
Prototype Construction
Built first physical prototype and conducted initial ground tests.
First Test Flight
Successful maiden flight with basic manual controls.
Autonomous Navigation
Implemented and tested basic autonomous flight capabilities.
Stealth Testing
Conducted radar cross-section measurements and optimizations.
Swarm Development
Currently working on multi-drone coordination algorithms.
Future Roadmap
- Scale up to 3m wingspan medium-altitude drone
- Implement advanced stealth features including acoustic signature reduction
- Develop secure communication protocols for military applications
- Partner with local aerospace manufacturers for production
Team & Collaborators
Meet the innovative minds behind Project Nirghosh and join our growing team.
Project Lead
Aerospace Engineering & Project Management
Electronics Lead
Embedded Systems & Sensor Integration
Software Lead
Autonomous Systems & Computer Vision
Join Our Team
We're looking for passionate individuals with skills in mechanical engineering, electronics, AI, and more to help build the future of defense technology in Bangladesh.
Latest from Our Blog
Follow our research and development journey through detailed technical posts.
Testing Stealth Shapes with 3D Prints
Our approach to rapid prototyping different airframe geometries using low-cost 3D printing and testing their radar cross-section.
Our First GPS Autonomous Flight
A detailed breakdown of our autonomous navigation system and the results from our first fully autonomous test flight.
Minimizing Heat Signature: What Works?
Exploring various techniques for reducing infrared signatures in small drones, from material selection to active cooling.
Get in Touch
Have questions about our project or interested in collaboration? Reach out to us using the contact form or through our social channels.