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Connected aircraft means more than just in-flight movies, free texting, and Facebook posting with friends while in flight. In fact, the connected aircraft revolutionizes airline operations, dramatically improving fleet management, flight safety, passenger experience, maintenance, flight operations, aircraft turnaround time, and costs. For aircraft operators, connectivity presents a new set of operational benefits that were previously unavailable.

Originally proposed at the 2018 Internationale Luft- und Raumfahrtausstellung (ILA) Berlin Air Show, the systems-of-systems FCAS architecture includes new sixth-generation Next Generation Fighter (NGF) that will serve as a hub or nucleus for multiple cloud-linked UAV or “remote carrier” wingmen.

“We originally thought solar cells would be standard on the airplane’s wings,” says George E. Bye, founder and CEO of Bye Aerospace Bye. “However, with eFlyer’s primary markets being flight training and air taxi services, it makes more sense to make the price of the airplane as reasonable as possible.”

The remotely piloted aircraft, or drone, made history as it landed at the RAF Fairford in Gloucestershire, England yesterday. It is the first medium-altitude, long-endurance (MALE) RPA to successfully complete a trans-Atlantic flight.

The aerospace industry is facing immense challenges due to increased design complexity and higher levels of integration, particularly in the electrification of aircraft. These challenges can easily impact program cost and product time to market. System electrification and electromagnetic compatibility (EMC) have become critical issues today. In the context of 3D electromagnetics, EMC electromagnetic compatibility ensures the original equipment manufacturer (OEM) that radiated emissions from various electronic devices, such as avionics or the entire aircraft for that matter, do not interfere with other electronic products onboard the aircraft.

Raytheon Company (NYSE: RTN) in Waltham, Mass., has upped its investment in advanced manufacturing innovations, including automated and autonomous technologies, to support complex radar testing and integration. The company’s new $72 million, 30,000 square-foot facility on its Andover, Mass., campus, is now home to some of the industry's leading innovations, and a historic first, in manufacturing, officials say.

The inventors of semiconductor chips or electronic parts most likely never imagined that over 50 years later, the aviation, space, and defense industries would be faced with the availability or proliferation of counterfeit electronic parts in their supply chains.

GA-ASI plans to make the first-ever, trans-Atlantic flight of a MALE RPA with its company-owned MQ-9B SkyGuardian/MQ-9 Reaper from Grand Forks, N.D., to RAF Fairford in Gloucestershire, England.

What researchers at MIT refer to as an exotic state of matter--a “random solid solution”--affects how ions move through battery material.

The debate continues as to where exactly the balance should be between systems that have a high degree of autonomous functionality and the need for pilots to retain a wider 3-D perspective, especially if the computer software is overwhelmed by conflicting data being input from damaged or non-functioning sensors.