channel wing remotely piloted vehicle (rpv)
DESCRIPTION
T 0. L 0. α. L VTOL = T0sin( α )+L0cos( α ). CHANNEL WING REMOTELY PILOTED VEHICLE (RPV). “It doesn’t matter what the speed of the wing through the air is, only the speed of the air over the wing” – Willard Custer. What is a Channel Wing?. - Channels create a soft ‘enclosure’ for air - PowerPoint PPT PresentationTRANSCRIPT
CHANNEL WING REMOTELY PILOTED VEHICLE (RPV)
What is a Channel Wing?
“It doesn’t matter what the speed of the wing through the air is, only the speed of the air over the wing” – Willard Custer
- Channels create a soft ‘enclosure’ for air
- Propellers to force air over top of wing
- Higher speed above wing decreases pressure
- High pressure below wing results in lift
Why a Channel Wing Aircraft?Straight Channel Wing - Short take off distance (50-100 ft) - Lower take off velocity - Highest payload - Medium Endurance
Conventional Planes/Helicopters- Long take off distance/VTOL- Small passenger- Higher take off velocity (plane)- Small to medium payload- Maintenance Costs
VTOL Channel Wing- Zero take off distance and velocity - Lower Maintenance Cost vs. other VTOL designs- Medium Endurance
Applications- Simple and reliable personal and business-sized aircraft- Ground vehicle safety detection- Military missions- Wildlife observation
Channel Wing Team Approach
α
T0
L0
LVTOL= T0sin(α)+L0cos(α)