Bihrle Applied Research Inc.
- Tel: +1 757 766 2416
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Bihrle is a world-renowned aeronautical research and development company that has been serving the civil and military aviation industry for over 30 years. Bihrle maintains expertise in the areas of wind tunnel testing, flight-dynamics, flight vehicle design, flight modeling, and simulation. The company’s headquarters are in Jericho, New York, US and its engineering facility is located in Hampton, Virginia, US. Bihrle also owns and operates a wind tunnel facility in Neuberg A.D, Germany.
Bihrle’s core services include: (1) low-speed wind tunnel testing, (2) wind tunnel model fabrication, and (3) high-fidelity flight model development. Using the company wind tunnel or those of partner facilities, Bihrle offers a comprehensive suite of testing services which include static testing, dynamic testing, powered testing, and pressure testing. Bihrle specializes in developing novel methods of data collection and has an extensive inventory of acquisition hardware and software tools to assist customers with their needs. As a complement to wind tunnel testing services, Bihrle can oversee the construction or modification of most any type of scaled vehicle model.
With data gathered from wind tunnel tests or provided by the customer, Bihrle can develop high-fidelity simulation flight models which model the most challenging regimes of an aircraft's flight envelope - from all normal flight behaviors through stall, departure, spins and recovery. Finally, Bihrle markets DSix, a PC-based simulation software product used for development and deployment of aircraft flight models to a variety of applications ranging from desktop analysis to piloted training simulators.
Bihrle Applied Research, Inc.
81 Research Drive
Hampton,
VA 23666
US
Tel: +1 757 766 2416
Fax: +1 757 766 9227
Web: www.Bihrle.com
Automated Aerial Refueling
- Utilization of D-Six for AFRL UAV Automated Aerial Refueling »
The Air Force Research Laboratory is investigating automated aerial refueling for Unmanned Air Vehicles (UAV) in order to extend the utility of these configurations.
Automatic Collision Avoidance Systems (ACAS)
- Collaborative Simulation Application during ACAS Development »
A multi-partner, multi-national Automatic Collision Avoidance System (ACAS) development effort was initiated in 2000 by the U.S. Air Force. - D-Six Ground Station for Virtual Multi-Vehicle Flight Test »
The U.S. Air Force and the Swedish FMV recently sponsored a program to develop an Automated Aircraft Collision Avoidance System (ACAS).
Flight Training Devices
- The Development of an Ice Contamination Effects »
In response to a White House Initiative to reduce aviation accidents, NASA formed the Aviation Safety Program (AvSP) in 1997.
Reconfigurable Multi-Application Simulation Stations
- Reconfigurable Multi-Application Simulation Station Integration with D-Six »
Bihrle Applied Research's (BAR) Reconfigurable Multi Application Simulation Station (R-MASS) device is designed to provide organizations with a low cost solution for simulation laboratory and reconfigurable training needs.
Training Aircrafts
- Development of the Pilatus PC-21 Training Aircraft »
Pilatus Aircraft of Stans, Switzerland has revolutionized the training aircraft industry with the development of their latest PC-21 trainer.
Unmanned Air Vehicles (UAVs)
- The Development of the Skytote UAV »
The development of new and complex unmanned air vehicles (UAVs) that employ novel aerodynamic and configurational features can introduce significant program risk.
