Dive into the history, capabilities, and design considerations of vertical lift. Learn how the ability to hover provides a unique capability to perform manned and unmanned missions requiring vertical take-off, landing, and maneuvering within a confined area. Explore how the unique requirements of vertical lift and their subsystems impact designing, delivering, and sustaining an affordable rotorcraft system using hands-on design exercises and trade-off studies.

This course is designed for those transitioning into the field of vertical flight. Particular emphasis is placed on the key similarities and differences involved in designing, qualifying, and fielding FAA and military rotorcraft.

What You Will Learn:

• The past, present, and future of manned and unmanned rotorcraft
• Aerodynamics, performance estimation, and flight maneuvers
• Unique vertical lift flight phenomenon and limitations as compared to fixed-wing aircraft
• Vertical lift operational environments, supportability, and sustainment
• Commercial, FAA-derivative, and military design requirements and airworthiness considerations
• Future technology developments in high-speed aerodynamics, Personal Air Vehicles, and UAVs

Earn 2.0 Continuing Education Units (CEUs).