Switzerland-based Swiss UAV has designed and developed an unmanned helicopter that combines function with aerodynamic design.
The NEOS 300 is a traditional main and tail rotor assembly with a shell made out of carbon composite materials. The nose of the NEOS 300 provides space for cameras, laser and radar systems. The helicopter also has several removable lids for an easy access to modular electronics and mechanical components. The helicopter is powered by a 12kw JetA1 single turbine generating a speed of 120km/h.
Unmanned Helicopters
Swiss UAV's NEOS300 has a Unique Aerodynamic Design
Trend Themes
1. Unmanned Helicopters with Advanced Aerodynamic Design - There is an opportunity for companies to develop unmanned helicopters with unique, aerodynamic designs to increase their functionality and performance.
2. Modular and Removable Components for Unmanned Helicopters - The use of modular and removable lids for access to electronics and mechanical components present an opportunity for companies to create customizable unmanned helicopter configurations for specialized missions.
3. Single Turbine Power Sources for Unmanned Helicopters - Companies can explore the development of single turbine power sources for unmanned helicopters to increase their speed and efficiency.
Industry Implications
1. Aerospace Industry - The aerospace industry can benefit from developing advanced designs for unmanned helicopters to increase their functionality and efficiency.
2. Defense Industry - The defense industry can utilize modular and removable components for unmanned helicopters to create specialized configurations for military missions.
3. Transportation Industry - The transportation industry can consider developing unmanned helicopters with single turbine power sources for efficient and fast transport of goods and equipment.