• Oysters Used for Developing Pearl-Like Aircraft Coating

    AFRL is funding University of Dayton Research Institute (UDRI) scientists who are conducting biomimetic research that could lead to new lightweight, durable aircraft coatings. UDRI senior research scientists Mr. Doug Hansen and Mrs. Karolyn Hansen are investigating oyster shell and pearl formation

  • AFRL Demonstrates Near-Instantaneous Low-Spool Power Extraction

    Engineers from AFRL and industry partner Pratt & Whitney demonstrated a near-instantaneous low-spool power extraction capability as part of the Versatile Affordable Advanced Turbine Engine program. This successful effort marks the first in a series of planned demonstrations geared towards advancing

  • Pulsed-Detonation Engine Powers Manned Aircraft

    Aviation's first-ever flight test of a manned aircraft powered by a pulsed-detonation engine (PDE) was a success. An AFRL-designed PDE that produced greater than 200 lbs of thrust powered the Long EZ test aircraft, which achieved a speed of 120+ mph and an altitude of 60-100 ft. AFRL propulsion

  • AFRL Sponsors Research to Improve Antennas for Micro Air Vehicles

    As part of his project called "GameChanger," Dr. Richard James (an AFRL-funded professor from the University of Minnesota) is using the concept of objective structures to create new antennas for micro air vehicles (MAV) used for military purposes. MAVs are a type of remotely controlled unmanned air

  • US/UK Collaboration Produces New Military Laser Safety Code

    AFRL's High-Energy Laser (HEL) team successfully completed a 3-year effort to develop a new international agreement expanding an existing collaboration between the US and the United Kingdom (UK). The new project arrangement, entitled "Probabilistic Risk Assessment (PRA) Methods for Military Laser

  • Engineers Demonstrate Pulsed Thermography Inspection for GLOBUS II

    Engineers with the Air Force Research Laboratory's Materials and Manufacturing Directorate (AFRL/RX) performed an onsite pulsed thermography inspection of the GLOBUS II radar cover, demonstrating the capability of this new inspection technique. GLOBUS II is a radar system located at Vardo, Norway,