Flying Fish is a bionic cross-medium unmanned platform inspired by flying fish.
The project focuses on developing a vehicle capable of underwater propulsion and aerial flight, integrating mechanical structure design, control systems, waterproof electronics, and aerodynamic optimization.
How it is being developed
The project is developed through an integrated engineering approach, including CAD modeling, prototype fabrication, electronic system integration, simulation analysis, and experimental testing.
The team uses SolidWorks for mechanical structure design, conducts aerodynamic and hydrodynamic simulation for optimization, and develops propulsion and control systems for underwater and aerial operation.
Expected outcome
The expected outcome is to develop a functional bionic flying fish prototype capable of cross-medium operation between water and air.
The project aims to demonstrate innovative applications in robotics, autonomous systems, and multi-environment exploration.
Brief Introduction
Flying Fish is a bionic cross-medium unmanned platform inspired by flying fish.
The project focuses on developing a vehicle capable of underwater propulsion and aerial flight, integrating mechanical structure design, control systems, waterproof electronics, and aerodynamic optimization.
How it is being developed
The project is developed through an integrated engineering approach, including CAD modeling, prototype fabrication, electronic system integration, simulation analysis, and experimental testing.
The team uses SolidWorks for mechanical structure design, conducts aerodynamic and hydrodynamic simulation for optimization, and develops propulsion and control systems for underwater and aerial operation.
Expected outcome
The expected outcome is to develop a functional bionic flying fish prototype capable of cross-medium operation between water and air.
The project aims to demonstrate innovative applications in robotics, autonomous systems, and multi-environment exploration.