U.S. Air Force Research Laboratory (AFRL)

Over 50 years, GPS has evolved and inspired the development of similar systems by other nations.

Lockheed Martin sees NEP systems as a crucial stepping stone for efficient spacecraft maneuvers in cislunar and deep space.

The AFRL is leading its first cooperative research and development agreement (CRADA) between the U.S. Space Force and companies outside the U.S.

After focusing exclusively on eVTOL aircraft, the U.S. Air Force's Agility Prime program is expanding to fixed-wing types with the planned lease of a Pipistrel electric sport aircraft.

Laboratory invites startups to test munitions algorithms in simulations.

Our roundup of the main aerospace and defense stories making the news this week.

A $19 million contract launches the Flyer One program, with the goal of dramatically accelerating the airworthiness approval process for new aircraft designs.

The series of tests by the 40th Flight Test Squadron is being used to inform how the U.S. Air Force tests and applies the synthetic decision-making technology.

Collins Aerospace has begun manufacturing a 1-megawatt electric generator for the U.S. Air Force Research Laboratory.

Previous work on hypersonic accelerator and high-speed patent provide possible clues as to GE’s ambitions for rotating detonation technology.

Long-term pressure gain remains the goal, but compact combustion is accelerating near-term adoption of the technology for high-speed propulsion systems.

The demonstration showed that an artificial intelligence “pilot” may be able to substitute in the future for a human controller in communications-denied areas.

The U.S. Air Force’s research and acquisition bureaucracy will play only a supporting role as the service’s energy office leads flight demonstration.

South Korean researchers have developed a humanoid robot capable of understanding flight manuals and flying an aircraft without cockpit modifications.

The U.S. Air Force Research Laboratory (AFRL) has opened its Extreme Computing Facility in Rome, New York.

Benchmark Space Systems, a propulsion systems manufacturer, has raised a $33 million Series B round.

A new U.S. effort to prove technology for reusable hypersonic flight is inching forward as government scientists seek information on industry-funded projects.

The flight on Jan. 25 at the Eglin Test and Training Complex off the Florida coast builds on four years of experiments by the Air Force Research Laboratory.

Gallton will also be in charge of establishing the firm’s Washington regional office.

L3Harris reported revenue of $4.69 billion in the second quarter, up 13.5% annually, while its earnings per share (EPS) of $2.97 beat analysts’ estimates.

The country is developing a three-pronged strategy to accelerate the development of hypersonic missiles.

The U.S. Air Force’s Air Mobility Command (AMC) has conducted a successful test of the Rapid Dragon pallet system.

The U.S. Air Force Research Laboratory space camera is inspired by a hunting dragonfly.

The service seeks shift from one-for-one replacement of KC-135s and C-17s to a series of aircraft, from the basic to the exquisite.

Dubbed the Collaborative Low-Altitude UAS Integration Effort (CLUE), the system was developed by AFRL’s Information Directorate.