Rapid Response - Unmanned Aerial Vehicle
Mission Objective - Fully-Autonomous Payload Delivery
RR - UAV
Six Rotor Configuration
Increased Payload Capacity
Enhanced Flight Stability
Improved Redundancy and fault tolerance
Critical Response
Reduces Critical Emergency Response Time
Enables Rapid AED Accessebility
[PDS] Payload Deployment System
Precision Controlled Payload Depoloyment
Safe Parachute-Assisted Delivery
Lightweight Modular Design
Long Range Real-Time Control
Long-Range Real-Time Telemetry Control
Long-Range Real-Time Video Transmission
Real-Time Precise Manual Overide
ADS-B Integration
Real-Time Air Traffic Awareness
Enhanced Collision Avoidance Capabilities
Improved Airspace Safety Compliance
Airspace-aware Autonomous Navigation Support
Rapid Manufactering And System Optimisation
Lightweight structurally optimised components
Scalable and customizable system architecture
3D - Printing of the Payload Deployment System [PDS]
Achievement
QCSC Science Congress Competition
2nd Place
Awarded by a CERN scientict
Nation Science Congress Presentation
Representing Qatar
Future Enhancements
Fully-Autonomous PDS re-load system
Vision Based smart deployment
Vision/LIDAR-based tracking and obstacle avoidance
Modular and ergonomic PDS mounting system
Previous Iteration - Quad Rotor Configuration
Early Development Logs
