GROUND EFFECT VEHICLE
Flying in ground effect decreases drag and increases lift compared to flying out of it. Drag is decreased due to weakening of the airflow vorticity around and in the slipstream of the wing. Lift is increased due to restricted downwash i.e. air compression under the wing. Both phenomena happen in the proximity to a physical surface, typically no more than one wingspan above it. This unique aerodynamic condition allows ground effect vehicles to potentially achieve higher fuel efficiency and extended range than conventional aircraft flying at higher altitudes.
AUTONOMOUS CONTROL
Capability to complete missions without human intervention
SUSTAINABLE SOLUTION?
Research suggests that with the use of WIG vehicles transport efficiency can be 30% better compared to aircrafts.
Reduced travel time compared to ships
Low operational noise
Increased payload compared to airplanes
No additional infrastructure
High energy efficiency
Zero-emission energy additions
