The conceptual design of a short-haul civil tiltrotor aircraft is presented. The concept vehicle is designed for runway-independent operations to increase the capacity of the National Airspace System without the need for increased infrastructure. This necessitates a vehicle that is capable of integrating with conventional air traffic without interfering with established flightpaths. The NASA Design and Analysis of Rotorcraft software was used to size the concept vehicle based on the mission requirements of this market. The final configuration was selected based upon performance metrics such as acquisition and maintenance costs, fuel fraction, empty weight, and required engine power. The concept presented herein has a proposed initial operat...
Presented at the 53rd Annual Forum of the American Helicopter Society, Virginia Beach, VA, April 29 ...
The E67 design was for a vertical take off and landing aircraft for executive use. Vertical flight ...
A preliminary study was conducted on the design of the wing-box structure for a civil tiltrotor tran...
Concept vehicles are presented for air taxi operations, also known as urban air mobility or on-deman...
The commercial passenger market for the civil tiltrotor was examined in phase 2. A market responsive...
Nowadays, civil UAV industry market grows rapidly. This expansion is followed by the new requirement...
A preliminary design study was conducted to establish a minimum sized, low cost V/STOL tilt-rotor re...
The existing body of research to investigate airworthiness, performance, handling, and operational r...
The NASA Large Civil Tiltrotor (2nd generation, or LCTR2) is a useful reference design for technolog...
This project research presents the conceptual design of a Tilt-rotor Unmanned Aerial Vehicle (UAV), ...
NASA has concluded from previous studies that the twin engine tiltrotor is the most economical and t...
Advanced subsonic vertical and short takeoff and landing (V/STOL) aircraft configurations offer new ...
The majority of the market for small commercial transport aircraft is dominated by high efficiency p...
NASA tasked LMI to assess the potential contributions of a yet-undeveloped Civil Tiltrotor aircraft ...
A conceptual design study is presented of 1,985 commercial tilt rotor STOL transports for a NASA 200...
Presented at the 53rd Annual Forum of the American Helicopter Society, Virginia Beach, VA, April 29 ...
The E67 design was for a vertical take off and landing aircraft for executive use. Vertical flight ...
A preliminary study was conducted on the design of the wing-box structure for a civil tiltrotor tran...
Concept vehicles are presented for air taxi operations, also known as urban air mobility or on-deman...
The commercial passenger market for the civil tiltrotor was examined in phase 2. A market responsive...
Nowadays, civil UAV industry market grows rapidly. This expansion is followed by the new requirement...
A preliminary design study was conducted to establish a minimum sized, low cost V/STOL tilt-rotor re...
The existing body of research to investigate airworthiness, performance, handling, and operational r...
The NASA Large Civil Tiltrotor (2nd generation, or LCTR2) is a useful reference design for technolog...
This project research presents the conceptual design of a Tilt-rotor Unmanned Aerial Vehicle (UAV), ...
NASA has concluded from previous studies that the twin engine tiltrotor is the most economical and t...
Advanced subsonic vertical and short takeoff and landing (V/STOL) aircraft configurations offer new ...
The majority of the market for small commercial transport aircraft is dominated by high efficiency p...
NASA tasked LMI to assess the potential contributions of a yet-undeveloped Civil Tiltrotor aircraft ...
A conceptual design study is presented of 1,985 commercial tilt rotor STOL transports for a NASA 200...
Presented at the 53rd Annual Forum of the American Helicopter Society, Virginia Beach, VA, April 29 ...
The E67 design was for a vertical take off and landing aircraft for executive use. Vertical flight ...
A preliminary study was conducted on the design of the wing-box structure for a civil tiltrotor tran...