Avionics System Tests

Aviation and Space Tests

Avionics System Tests

Today's avionics systems rely heavily on complex control systems that use both high-speed network technologies (such as Ethernet, Fiber Channel, and IEEE-1394) and legacy real-time buses (MIL-STD-1553). System testing programs often rely on Hardware-in-the-Loop (HIL) testing strategies to reduce development costs and compress project schedules.

Avionics System Tests

A HIL simulation and test strategy uses HIL test systems to simulate the sensors, actuators and dynamics of the avionics system during testing and verification of embedded control systems. Test systems are computer systems that host software simulations of aircraft dynamics and provide this data to the embedded system under test via avionics bus and network interfaces.

As a specialist in avionic communication technologies, EUROLAB provides a wide range of avionic bus and network interfaces, supporting software and engineering expertise to ensure the success of any avionic system test program.

Safety and security for aviation and space
Safety and security for both commercial and military flight operations depend on the flawless performance of avionics systems, fully integrated sensors, reliable communication, high-speed data links and the latest generation of high-precision navigation aids.
EUROLAB provides test and measurement solutions for these security-critical technologies and their seamless integration into aircraft design and ground infrastructure and networks.

Test and measurement solutions for avionics, sensors, communication and navigation
The future growth of the commercial aviation industry is based on rapidly evolving technology for reliable and robust communications, fast data connections over satellite or ground networks, precise flight navigation, fully integrated sensors and fail-safe avionics systems.
EUROLAB offers test and measurement solutions to verify performance and ensure the safe operation of these systems.

Advanced avionics and flight connectivity
Addressing the latest challenges of the aviation industry such as advanced avionics and flight connectivity, enhanced safety and security, and high precision flight navigation, EUROLAB offers test and measurement solutions clearly tailored to these requirements.

Test and measurement solutions for next-generation hybrid and electric aircraft and urban air mobility (UAM) vehicle designs
In the race to bring hybrid and electric flight concepts such as eVTOLs for urban air mobility (UAM) to global markets, aerospace designers and engineers are looking for many different technologies to tackle the associated challenges. EUROLAB's test and measurement solutions provide seamless system performance for safety and security for the next era of aviation. As experts in avionics testing applications, we lead the way with innovations for testing and validating sensors (radar), communications (4G, 5G, SatCom), flight navigation (GNSS) and general electronic system performance.

Positioning and navigation and GNSS testing
GNSS receiver tests can only give conclusive results when performed under realistic conditions. Therefore, a complete GNSS simulation should include appropriate simulation of satellite orbits, signal propagation characteristics, characteristics of the receiving antenna, and the receiving environment. Realistic modeling of user movement, taking into account the vehicle attitude, is also part of this simulation process. Generating interference signals can also be of interest to set up a realistic simulation environment.

With EUROLAB's GNSS testing solutions, your GNSS simulations are as realistic as possible and can be performed under well-defined and controlled conditions. All GNSS scenarios are fully customizable and reproducible. EUROLAB offers various GNSS testing solutions:

GNSS waveforms for basic receiver testing

  • GNSS production tester
  • GNSS constellation simulator for multi-frequency receiver characterization
  • Ultimate GNSS constellation simulator for sophisticated multi-constellation, multi-frequency, multi-antenna and multi-vehicle testing

Satellite test
The satellite industry provides leading solutions for communications, navigation, remote sensing, surveillance and ground observation. Satellites operating in the perils of space are subject to the most stringent technological standards and requirements. From testing subsystems, assemblies and components to verifying the performance of ground station terminals and in-orbit service, EUROLAB's intelligent test and measurement solutions provide flawless performance and reliable safety and security at every level.

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