Description
Build a airplane that utilizes the Oblique wing

info
An oblique wing is a type of variable geometry wing where the wing is pivoted around a central point, allowing one wingtip to be swept forward while the other is swept backward. This unique configuration offers several potential advantages over traditional wing designs.

How it Works:

• Variable Sweep: The wing's angle can be adjusted based on flight conditions.
• Improved Performance: At low speeds, the wing can be positioned perpendicular to the fuselage for optimal lift. At high speeds, the wing can be swept to reduce drag.
• Reduced Drag: The oblique wing design can potentially reduce drag compared to conventional swept-wing aircraft, improving fuel efficiency and performance.

Benefits:

• Enhanced Low-Speed Performance: Better takeoff and landing characteristics.
• Improved High-Speed Performance: Reduced drag at high speeds.
• Increased Maneuverability: Potentially better handling characteristics.

Challenges:

• Complex Design: Developing and manufacturing an oblique wing is more complex than traditional wings.
• Structural Challenges: The wing pivot and associated mechanisms require careful engineering.
• Control Systems: Advanced control systems are necessary to manage the variable wing geometry.
  

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Concepts and planes with an oblique wing

• NASA AD-1 Oblique wing

• NASA/Vought OWRA f-8

• Blohm & Voss P.202

• Messerschmitt Me P.1009

• Northrop Grumman Switchblade

My SimplePlanes build of the concept
SkyDancer Drone

Rules
TBD
Early September