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A control and data acquisition system that applies aerodynamic loads to the Dream Chaser using Wineman Technology INERTIA test automation software and non-proprietary hardware.
Utilizing servo control to evaluate fuel tank sensors and emissions control devices prior to installation in the vehicle.
The FMVSS207 Seat Test System features our INERTIA test automation software for executing all tests. Capable of independent or synchronous control on 6 axes, the system is designed to test automotive seats to failure.
WTI has extensive experience designing and building custom test equipment for aircraft and aerospace doors, latches, locks, actuators and associated mechanisms.
These systems integrate and test the avionics with the control of the flight surfaces. Not only do they provide an accurate simulated loading on the flight surface as would be seen during flight, but they also move each of the flight surfaces in reaction to these forces.
WTI has successfully produced systems that allow engineers to test available components and simulate those components that are not available.
WTI has experience designing custom landing gear test systems for both components as well as complete landing gear.
When simulating a full iron bird, motors are used to simulate the output of the turbines. This provides a safe environment for testing, evaluating, and powering these components.
Testing a thrust reverser or thrust reversing actuator system requires not only powerful, fast-responding load actuation systems to mimic the complex load profile that the UUT (unit under test) experiences, but also a high-performance control system.
Wineman Technology specializes in making flexible and cost-effective tire test equipment for automotive, aerospace, off-highway, and other ground transportation vehicles.
These automated test rigs evaluate aircraft hydraulic sub-systems or components related to controlling the flight surfaces and landing gear systems. The HSITR provides actual aircraft fluid to these components.
Wineman Technology specializes in hydraulic test stand solutions, including component tests, pumps, motors, valves, actuators, fatigue, load frames, and burst testers.
With high-rotational speed and thrust capability, turbine engine dyno test cells from Wineman Technology, Inc. use precision frequency, force sensors and conditioning for accurate measurements.
WTI’s dynamic and fatigue test systems provide extensive capabilities in testing automotive, biomedical, industrial and aerospace components.
The following paper focuses specifically on challenges faced by hydraulic system designers, and outlines an example of how Wineman Technology, Inc. leveraged off-the-shelf, modular hardware, a flexible software interface, and actual system components to create a highly efficient test stand for testing aerospace hydraulic system components under a variety of possible real-world scenarios.
This presentation examines the challenges aerospace developers face when deploying new aerospace systems for commercial and military aircraft. Download this free resource to learn how to develop the equipment you need to validate these systems in the lab before integrating them in the aircraft.