SUMMARY
The project involves creating a VTOL aircraft using four ducted fans, each generating approximately 40 N of thrust for 10 minutes on battery power. While ducted fans can be used, they are not the most efficient choice for VTOL applications; larger rotors are recommended for better performance. A budget of around $1,000 is expected for the necessary components, including fans, motors, and batteries, with a preference for 4-6 cell LiPo batteries. Understanding the pressure dynamics within the hovercraft's skirt is crucial for successful design and operation.
PREREQUISITES
- Understanding of VTOL aircraft design principles
- Knowledge of ducted fan mechanics and specifications
- Familiarity with LiPo battery technology and specifications
- Basic principles of thrust-to-weight ratio calculations
NEXT STEPS
- Research large rotor designs for improved VTOL efficiency
- Explore various ducted fan models and their thrust ratings
- Learn about battery management systems for LiPo batteries
- Investigate control systems for VTOL aircraft, including gyroscopic stabilization
USEFUL FOR
Hobbyists and engineers interested in building VTOL aircraft, drone developers, and anyone involved in electric propulsion systems for aerial vehicles.