AUTONOMOUS FLIGHT SYSTEMS FOR PASSENGER AIRCRAFTS: SWOT/TOWS ANALYSIS FOR SMALL JETS
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Authors
Gaynor, Tishawn
Kabuya Tshiyoyo, Aaron
Adigwu, Paul Ifechukwude
Ogungbile, Oladipupo
Issue Date
2022-03-27
Type
Other
Language
en_US
Keywords
Autonomous flight systems , SWOT analysis , TOWS analysis
Alternative Title
Abstract
When aircraft pilots transition an active vessel into “autopilot" it is a form of an autonomous system. The requirement for an Autonomous flight systems in aircraft must have safety and security as a priority. Each and every time an aircraft takes off, a risk factor is heighten for every living soul on it.
Understanding the strengths, weaknesses, threats, and opportunities of that venture will show you what to prepare for and what foundation you can build for future benefits. It is the best way to assess multiple aspect of your venture.
Autonomous flight systems follow a series of Quality protocols, including testing, before being deem safe to transport humans or products. Such an innovative venture propels modern day Air transportation in to the future. The evolution of aircraft cockpits and cabins requires no human staff operators. This level of quality assurance ensures passenger safety while reducing costs.
A SWOT/TOWS analysis outlines the benefits and potential risk of this initiative. While summarizing those benefits and risk, we can demonstrate the benefits outweigh the risk when it comes to the issue of human error inside Passenger Aircrafts.