NASA Lab Builds New Aircraft to Support Complex Flight Research
The NASA Armstrong Armstrong Flight Research Center in Edwards, California, is building a new sub-brain plane to support increasingly complex flight research, offering a more flexible and profitable alternative to crew missions.
The plane is under construction by Justin Hall, chief pilot at the flight research laboratory of the NASA Armstrong sub-bras, and Justin Link, an unrelated plane pilot. The duo replaces the aging microcub sub-layers of the center with a more competent platform that will save time and reduce costs. The new plane extends over around 14 feet from Wingtip to Wingtip, is nine and a half feet long and weighs around 60 pounds.
The sub-label laboratory accelerates innovation using small aircraft controlled remotely to test and assess new aerodynamic concepts, technologies and flight control systems. Appointed according to the Dale Reed aerospace pioneer, the laboratory allows rapid prototyping and risk reduction before switching to large -scale flight tests or crew. His work plays a key role in increasing technological preparation to support NASA’s missions on Earth and beyond.
Hall and Link modify an existing sub-bras aircraft kit by adding a more powerful engine, an automatic pilot system, instrumentation and reinforced structure. The plane will offer greater flexibility for flight experiences, allowing more frequent and affordable tests compared to crew planes.
An example of its potential is the robust autonomous air reuptake project, which uses sensors and videos with advanced programming to learn and adapt to outdoor capture. The system is based on a magnetic connection mechanism integrated into the two planes.
This capacity could support future scientific missions in which a mother vessel deploys drones to collect samples, recharge and redeploy for additional missions, save fuel, reduce costs and increase efficiency. Air reuptake work is funded by NASA Armstrong Center Innovation Fund and the management of the spatial technology mission.
