SciTransfer
Organization

LANGE RESEARCH AIRCRAFT GMBH

German aircraft SME contributing aerospace safety and certification expertise to automotive electronics and autonomous driving projects.

Technology SMEdigitalDESMENo active H2020 projectsThin data (2/5)
H2020 projects
3
As coordinator
0
Total EC funding
€766K
Unique partners
111
What they do

Their core work

Lange Research Aircraft is a German SME specializing in aircraft development that brings aerospace-grade safety and certification expertise to the automotive electronics domain. Their H2020 participation focuses on safety-critical electronic systems, fail-safe architectures, and assurance frameworks for cyber-physical systems — areas where aviation and automotive engineering converge. They contribute aerospace reliability standards and methods to projects advancing electrified vehicles and autonomous driving systems.

Core expertise

What they specialise in

Safety-critical electronic architecturesprimary
3 projects

All three projects (3Ccar, AMASS, AutoDrive) deal with reliable, fail-safe electronic components and system architectures.

Certification and assurance of cyber-physical systemsprimary
1 project

AMASS focused specifically on multi-concern assurance and certification methodologies for cyber-physical systems.

Fail-safe systems for autonomous vehiclessecondary
1 project

AutoDrive addressed fail-aware, fail-safe, and fail-operational architectures for automated driving, their largest funded project (EUR 457K).

Electrified vehicle componentssecondary
1 project

3Ccar targeted integrated components for complexity control in affordable electrified cars.

Evolution & trajectory

How they've shifted over time

Early focus
Electrified vehicle electronics
Recent focus
Autonomous driving safety

Lange Research Aircraft's H2020 involvement spans a narrow window (2015–2017 start dates), making it difficult to identify a strong directional shift. However, there is a progression from component-level integration in electrified vehicles (3Ccar, 2015) toward system-level safety certification (AMASS, 2016) and ultimately full fail-operational autonomous driving architectures (AutoDrive, 2017). This trajectory suggests increasing engagement with higher-level system safety and autonomy challenges.

Moving from component-level electronics toward system-level safety and autonomy — a natural path for an aerospace company entering the automotive domain.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European16 countries collaborated

Lange Research Aircraft operates exclusively as a participant, never leading consortia. All three projects are ECSEL-type large-scale electronics initiatives with very large consortia — their 111 unique partners across 16 countries reflect the massive scale of these joint undertakings rather than active network-building. They likely contribute specialized aerospace safety knowledge to these broad industry alliances.

Connected to 111 unique partners across 16 countries, though this breadth is largely a function of participating in three large ECSEL consortia rather than deliberate network expansion. Their geographic exposure spans much of the EU electronics and automotive ecosystem.

Why partner with them

What sets them apart

As an aircraft company participating in automotive electronics projects, Lange Research Aircraft occupies a rare cross-domain niche — they bring aviation-grade safety thinking to the automotive sector. This aerospace-to-automotive transfer is particularly valuable as autonomous driving demands the same rigor in fail-safe design that aviation has refined over decades. For consortium builders, they offer a credible bridge between aerospace certification culture and automotive innovation needs.

Notable projects

Highlights from their portfolio

  • AutoDrive
    Their largest project (EUR 457K) addressing fail-operational architectures for autonomous driving — directly relevant to an aircraft company's core safety expertise.
  • AMASS
    Focused on cross-domain assurance and certification of cyber-physical systems, likely the project most aligned with their aerospace-to-automotive knowledge transfer.
Cross-sector capabilities
Transport (automotive safety systems)Aerospace (aircraft electronics and certification)Manufacturing (quality assurance for electronic components)
Analysis note: Only 3 projects with no keywords or website available. The company name strongly suggests aerospace origins, and all projects relate to safety-critical electronics — but the specific nature of their contributions within these large ECSEL consortia cannot be determined from the available data. Profile is inferred from project titles and the company's apparent aerospace background.