NASA’s X-59 is designed from the ground so that the sound of the sound of the sound of the sound, without making the Sonic Boom, which is usually associated with the supersonic flight. This 99 -foot aircraft, which is logically long design, is heading to the Jetistian Front windscreen and now the runway. The pilot can see that an enhanced reality (AR) is in front of the active closed circuit camera system, which NASA has named after the external vision system (XVS). NASA took control of the experimental plane and conducted taxi tests on it this month.
Future Design of X-59: Eliminate Sonic Booms with External Vision System
According to NASA, during the test during the test, the test pilot Larson operated the X-59 on the runway, with a low speed. This is done to ensure jet steering and brake system work. Lockheed Martina and NASA taxi will carry out a taxi test at a rapid pace, with the X-59 moving fast, at which it will take to take off.
The US Air Force Plant in Pamadel, California, has a taxi test at 42 facilities. The contractor and the Air Force used the plant to prepare and test the aircraft. Lockheed Martin has developed the aircraft, which is found in the scanned work plant 42.
Taxi Test at Plant 42: NASA and Lockheed Martin prepare X-59 for the first flight
Some of the US military’s advanced aircraft was developed to a certain extent in plant 42, as well as the B-2 spirits, F-22 Ripartors, and the unbeaten RQ-170 Sentinel spy drone.
Sofia Air Bourne Observatory Aircraft, which is a flying telescope called Plant 42, has recently retired home. The agency’s space shuttle is the world’s first re -space spacecraft. They were collected and tested at the convenience.
Such taxi tests have begun in the past months. NASA worked with the Japan Aerospace Explorus Agency to test the X -59 scale model in a supersonic wind tunnel to measure the noise generated under the aircraft.
