E-LISA focused on electromechanical landing gear integration for small aircraft; GAM-2020-REG continued regional aircraft systems work including landing gear components.
CENTRE D'ETUDES ET DE RECHERCHES POUKR LES TECHNIQUES INDUSTRIELLES APPLIQUEES SA
French aerospace SME specializing in electromechanical landing gear systems, braking, and system integration for regional aircraft programs.
Their core work
CERTIA is a French engineering SME specializing in aircraft systems development, with deep expertise in landing gear, electromechanical actuation, and braking systems for regional and short-haul aircraft. They contribute applied industrial research and testing capabilities to Clean Sky 2 and other large aviation programs. Their work spans system engineering, iron bird integration testing, and the transition from hydraulic to electromechanical landing gear architectures — a critical shift in next-generation aircraft design.
What they specialise in
E-LISA explicitly targeted EMA and brake systems for landing gear, indicating deep competence in the hydraulic-to-electric transition.
All three projects (REG GAM 2018, GAM-2020-REG, E-LISA) focus on regional aircraft platforms, showing this is their core domain.
E-LISA keywords include Iron Bird and System Engineering, indicating capability in ground-based aircraft system integration rigs.
GAM-2020-REG addresses inflight comfort and noise and vibration reduction as project objectives.
How they've shifted over time
CERTIA's earliest H2020 involvement (2014) was in the REG GAM 2018 regional aircraft program, likely contributing component-level work without strongly differentiated keywords. By 2020, their focus sharpened significantly: they took on electromechanical landing gear integration (E-LISA) while continuing broader regional aircraft work (GAM-2020-REG) that now explicitly addressed comfort, noise reduction, and environmental performance. The trajectory shows a clear move from general regional aircraft participation toward specialized electromechanical systems — aligning with the aviation industry's push to replace hydraulic systems with lighter, greener electric alternatives.
CERTIA is positioning itself at the intersection of aircraft electrification and landing gear engineering — a niche expected to grow as aviation decarbonization accelerates and more-electric aircraft architectures become standard.
How they like to work
CERTIA operates exclusively as a participant, never leading consortia — consistent with a specialized SME that brings targeted technical capabilities rather than project management infrastructure. With 41 unique partners across just 3 projects, they work in large Clean Sky 2 consortia typical of major aviation programs. This means they are experienced in complex multi-partner environments and accustomed to delivering defined work packages within tightly managed industrial programs.
CERTIA has collaborated with 41 distinct partners across 9 countries through Clean Sky 2 and Innovation Action programs, giving them a broad European aviation network despite their SME size. Their partnerships are shaped by the large consortia structure of regional aircraft programs rather than by self-selected bilateral relationships.
What sets them apart
CERTIA occupies a valuable niche as a French SME with hands-on expertise in electromechanical landing gear — an area where few small companies have the system engineering depth to participate in Clean Sky 2 programs. Their combination of EMA, braking, and iron bird testing capabilities makes them a practical partner for anyone developing more-electric aircraft subsystems. For consortium builders, they offer the agility of an SME with the integration experience of a Tier 2 aerospace supplier.
Highlights from their portfolio
- E-LISADirectly addresses the electromechanical landing gear transition for small aircraft — a focused, high-relevance topic for aviation electrification with clear commercial application.
- GAM-2020-REGLargest funding (€1.27M) and broadest scope, covering comfort, noise, vibration, environmental performance, and service reliability for regional aircraft.