TRONICO coordinated SIBACK (2018–2021), developing Smart Inceptor BACKup electronics — a flight-safety-critical system within the Clean Sky 2 program.
ELECTRONIQUE INDUSTRIELLE DE L'OUEST - TRONICO SAS
French aerospace electronics company designing safety-critical avionics and cabin sensing systems for next-generation aircraft.
Their core work
TRONICO is a French industrial electronics company specializing in the design and manufacture of safety-critical electronics for the aerospace sector. Their work spans avionics hardware — from embedded sensor systems for cabin environmental monitoring to backup electronics for fly-by-wire flight control inceptors. They operate at the intersection of hardware engineering and aerospace certification requirements, producing electronics that must meet stringent airworthiness standards. Both their EU-funded projects fall under Clean Sky 2, confirming a focused positioning within the European aeronautics supply chain.
What they specialise in
The SIBACK project specifically targets inceptor backup electronics, placing TRONICO in the fly-by-wire control chain for next-generation aircraft.
TRONICO participated in MACAO (2016–2020), contributing to the development of VOC and ozone micro-analysers based on microfluidic devices for cabin air monitoring.
Their participation in MACAO demonstrates capability in integrating microfluidic-based analytical devices into aircraft systems — a niche hardware skill relevant beyond aviation.
How they've shifted over time
TRONICO's two H2020 projects show a progression from passive sensing toward active safety systems. Their earlier engagement (MACAO, 2016) was as a participant contributing to environmental monitoring — measuring cabin air quality through micro-analytical hardware. By 2018, they stepped up to lead a project (SIBACK) focused on flight control backup electronics, a considerably more complex and certification-intensive domain. This trajectory suggests growing confidence in taking ownership of safety-critical subsystems rather than supporting instrumentation roles.
TRONICO is moving deeper into certified, safety-critical avionics electronics — organizations building next-generation fly-by-wire or autonomous flight systems are the most natural future collaboration targets.
How they like to work
TRONICO operates in small, focused consortia — just five unique partners across two projects, all within France. They have both led (SIBACK) and joined (MACAO) projects, showing flexibility in role, but their domestic-only network suggests they work primarily through established French aerospace supply chain relationships. For external partners, this means working with a specialist who brings deep technical focus but may require deliberate effort to integrate into broader European consortia.
TRONICO has worked with five consortium partners across two projects, all based in France — reflecting the tightly integrated nature of the French aerospace industrial base. Their network is narrow by EU project standards but likely reflects strong bilateral ties within the Clean Sky 2 ecosystem.
What sets them apart
TRONICO occupies a specific and defensible niche: aerospace-grade electronics manufacturing with demonstrated Clean Sky 2 experience at both participant and coordinator level. Unlike university research groups or generalist engineering firms, they bring industrial production capability alongside R&D — which is exactly what aeronautics consortia need when moving from prototype to certifiable hardware. Their coordinator role on SIBACK, a flight-safety system, is a meaningful credential that distinguishes them from component suppliers without systems-level accountability.
Highlights from their portfolio
- SIBACKAs coordinator with €634K in funding, SIBACK represents TRONICO's most significant EU project and places them directly responsible for a flight-safety-critical avionics subsystem within the Clean Sky 2 program.
- MACAODemonstrates TRONICO's range beyond control electronics into environmental sensing, combining microfluidics and air quality analytics in an aircraft cabin context — an unusual hardware combination.