NASA's electric 'X-plane' will soon undergo testing at the Armstrong Flight Research Center, which is located in California. NASA has indicated that initially, the testing process will focus on the plane's propulsion system. From there, NASA will put the electric X-Plane through taxi tests, and then finally test flights.
NASA also stated that it will release all novel findings to those in the industry, as well as regulating bodies. This is due to the fact that standards for electrically powered planes do not exist, and through running its tests on the propulsion system, NASA hopes to blaze a trail in this area. NASA will use information from its test process in order to help develop certification frameworks for electric aircrafts to use in the future.
Image Credit: NASA
What Makes This Trend Stand Out
- Electric Aircraft Testing
- Opportunity for companies to develop and improve the testing methods and technologies for electric aircraft propulsion systems.
- Standardization of Electric Aircraft
- Potential for creating industry-wide standards and regulations for electrically powered planes.
- Certification Framework for Electric Aircraft
- Opportunity to establish a framework for certifying the safety and performance of electric aircraft.
Sectors Adopting This
- Aerospace
- Aerospace companies can explore new business opportunities in the electric aircraft market by developing innovative electric propulsion systems and technologies.
- Regulatory
- Regulatory bodies and organizations can play a crucial role in developing and implementing standards and regulations for electric aircraft.
- Testing and Certification
- Companies specializing in testing and certification services can cater to the growing demand for electric aircraft testing and certification.
