Aerospace Testing Solutions
Dewesoft offers a variety of solutions for aerospace testing. From standard data recording, structural dynamics, rotating machinery analysis, acoustic testing, to more specific applications like ground station telemetry solutions with full support for ARINC-429 and MIL-STD-1553 buses, PCM telemetry, IRIG 106 - Chapter 10, Ethernet packets, and iNet telemetry.
We can provide flexible and robust data acquisition hardware and software that will match your requirement for testing airplanes, helicopters, rockets, satellites in the air, space, or on the ground - proving ground, wind tunnel, vibration shaker or acoustic chamber.
Our solutions are being used and trusted by leading aerospace companies on the most demanding projects like NASA, ESA, Space X, Airbus, Boeing, Lockheed Martin, Bombardier, Honeywell to name just a few.
Check the application note how Dewesoft used and created a wireless mesh network (Mesh WiFi) to enable remote data acquisition on a large proving ground.
Dewesoft temperature data loggers and OPTRIS infrared cameras are used to keep the state-of-the-art race car cool to ensure optimum performance and safety.
Find out more about the Dewesoft road load DAQ system with CAN FD and Kistler’s KiRoad support for the full vehicle, durability, and safety testing.
Learn how the consulting company ACTS set up a Dewesoft monitoring system to ensure there wasn't excessive sound or vibration due to ongoing construction.
We teamed up with one of the best acrobat teams - the Dunking devils and measured the forces on the acrobat's body while jumping on a trampoline.
A railroad bridge in Saudi Arabia was observed for around 80 hours to evaluate its structural health with the monitoring system based on Dewesoft integrated sensing devices.
The Dewesoft Velodyne Lidar module provides a simple and flexible solution for acquiring data of all types of Velodyne Lidar sensors for ADAS testing.
Learn how Operational Modal Analysis & Long-Term Structural Monitoring are vital to understand and optimize the dynamic behavior on a jetty structure.
We have used the Dewesoft DS-IMU1 GNSS inertial measurement device and a GoPro camera to make dynamic measurements of the mountain bike performance.