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Research and development

Innovation, from prototype to production

To offer high value-added products and services, we put research and development at the heart of our business. Our ARINC 429 test tools and our MeoSimPro interfaces were born there.

Let’s talk about your project

Know-how

From idea to product

We carry out our developments end to end: requirements analysis, electronics, embedded software, app, testing and production. The same team follows the product from the first prototype to series production and provides the support.

  • Schematics and printed circuit boards designed in KiCad, ready for automated assembly.
  • PIC and STM32 microcontrollers, ARINC 429, CAN and USB buses, Bluetooth links.
  • Components chosen at the design stage for their availability and cost.
  • CE marking preparation and in-house electromagnetic compatibility pre-tests.
3D render of the MeoSimPro Connect-TB board, designed by MEONYS in KiCad

Fields

Our research areas

Three fields in which we develop our own products and our customers’ products.

Avionics testing

Portable tools for ARINC 429 buses: real-time acquisition, stimulation and generation, driven from a smartphone.

Our ARINC 429 tools

Simulation interfaces

USB boards and fieldbuses that connect cockpit controls to the simulator, with no programming: the MeoSimPro range.

Discover MeoSimPro

Software and apps

Android and PC apps, configuration and analysis software, embedded code and connected devices.

Custom software

Software

Apps that drive the hardware

Each tool comes with its app. The AriScope, for example, shows the list of ARINC 429 labels and their refresh rates, the details of each label and the line oscillogram, then sends its recordings by e-mail.

MeoSimPro Studio, the configuration software of the MeoSimPro boards, recognises the boards connected to the PC and updates their embedded software.

See the AriScope
AriScope app on a smartphone: oscillogram of an ARINC 429 line

Simulation

Simulation as close to reality as possible

For flight simulators, we integrate the flight loop and wrap the embedded software of some real equipment into the simulation models.

We also drive motion platforms and flight control force feedback from the simulation parameters.

Flight simulation
Multi-function displays of an H225 helicopter simulator

Method

Our approach

From technology watch to industrialisation.

  1. Watch and studyAnalysis of the need and of emerging technologies, choice of solutions and components.
  2. Proof of conceptMock-ups and first software to validate the hard points quickly.
  3. PrototypeComplete boards and software, bench tests then real-world tests.
  4. IndustrialisationManufacturing files, small series, documentation and support.

A research or development project?

Proof of concept, prototype, custom test tool: let’s talk.

Contact us