Portuguese 
English 
Spanish 
3 min of reading 
NASA’s Electric Aircraft Will Have a Propulsion System That Will Be Equipped With Lithium-Ion Batteries, Along With 14 Electric Motors and Propellers.
After successfully completing the thermal testing of its cruise motor controllers, the NASA announced that its fully electric experimental aircraft is closer to making its first flight. This development was made public by the space agency in a post on its official blog last Tuesday.
Since 2016, the United States Space Agency has been working hard on the development of the fully electric X-57 Maxwell aircraft with the intention of producing a more environmentally friendly, cost-effective, and quieter flying vehicle. In a recent blog entry, NASA detailed how the thermal testing of cruise motor controllers is essential to the overall system design.
The reason for this is that the temperature test confirms the design, functionality, and manufacturing quality of the controllers, which are described as essential components to power the experimental electric motor of the X-57.
-
Hot water advances towards Antarctica, scaring scientists and potentially accelerating melting from beneath the ice shelves that hold back giant glaciers on the frozen continent.
-
The former American F-35 pilot named Runner who secretly taught tactical maneuvers to Chinese Air Force aviators for years — and the scandal that exposed a billion-dollar loophole in US counterintelligence
-
A bus that crosses an underwater tunnel in Havana Bay has become Cuba’s most essential means of transport during the worst fuel crisis in decades; the Ciclobús carries 2,000 people a day with their bicycles and electric motorcycles because gasoline has been rationed to 20 liters per vehicle.
-
NASA’s Super Guppy looks impossible to fly, but its 33.8-meter cargo hold, 7.6-meter fuselage, and 110-degree opening nose transport giant parts that won’t fit through tunnels, bridges, or narrow roads.
According to NASA’s revelation, complex systems like those in the electric aircraft include temperature-sensitive components, and as a result, it is imperative to establish whether these components can withstand adverse conditions during flight.
Recent tests were completed on the controllers in a testing chamber at the John H. Glenn Research Center in Cleveland, Ohio, which is operated by NASA. To simulate the conditions that the X-57 may encounter during flight, the temperatures inside the chamber were maintained at a constant level, ranging from -23.9 degrees Celsius to -99.3 degrees Celsius.
The plane will have an electric propulsion system that will be equipped with lithium-ion batteries, along with 14 electric motors and propellers.
An Italian Tecnam P2006T Aircraft Is Being Modified to Be Used in the Construction of NASA’s Electric Aircraft
The team designing NASA’s X-57 electric aircraft has now begun to integrate all systems to ensure they operate as one. This is a process that NASA describes as one of the biggest challenges for an aircraft. Once the capability of the controllers to handle challenging temperatures is confirmed, the team will proceed to integrate all systems of the plane.
The first flight of the X-57 Maxwell has not yet been scheduled, and the aircraft is currently undergoing a flight readiness evaluation at the Armstrong Flight Research Center in California, operated by NASA.
On Tuesday (7th), NASA announced that instead of looking through traditional cockpit windows, pilots of the X-57 electric aircraft will look at a 4K augmented reality screen. According to them, some rescue helicopters are already employing this technology to help navigate busy airspaces. This technology assists rescue helicopters in navigating crowded aerial spaces.
The aviation industry is increasingly looking at electric technology as a potential power source for aircraft. For example, United Airlines made an undisclosed investment in the Swedish company Heart Aerospace two years ago. The company is working on building an electric jet with a range of 250 miles for United Airlines.
Be the first to react!