SciTransfer
Organization

ARQUIMEA AEROSPACE DEFENCE AND SECURITY SL

Spanish aerospace SME specializing in radiation-hardened electronics, space actuators, and drone traffic management systems.

Technology SMEspaceESSMENo active H2020 projects
H2020 projects
8
As coordinator
2
Total EC funding
€5.0M
Unique partners
78
What they do

Their core work

Arquimea is a Spanish aerospace and defence SME that designs and manufactures space-grade electronics, precision actuators, and sensor systems. Their core work spans radiation-hardened ASICs for satellite applications, hold-down and release mechanisms for spacecraft, and space-qualified Ethernet transceivers. More recently, they have expanded into drone traffic management and path-planning technologies for unmanned aerial systems.

Core expertise

What they specialise in

Space mechanisms and actuatorsprimary
3 projects

REACT (resettable hold-down/release actuators), PRE2POS (precession-based precision positioning), and MICACT (microactuators) all address precision mechanical systems.

ASIC design and semiconductor IPsecondary
1 project

EFESOS involved building a complete rad-hard ASIC design platform including ADC, DAC, HSSL, SerDes, and PLL IP blocks on 22nm FD-SOI.

Unmanned aerial systems and UTMemerging
1 project

LABYRINTH focused on 4D path planning for drone swarms in U-Space, using Fast Marching Square algorithms for safe UAV traffic management.

Monitoring and sensing systemssecondary
1 project

Modern2020 involved developing monitoring technologies for geological disposal, indicating capability in harsh-environment sensor deployment.

Evolution & trajectory

How they've shifted over time

Early focus
Space mechanisms and actuators
Recent focus
Rad-hard semiconductors and drones

In the early period (2015–2018), Arquimea focused squarely on space hardware — spacecraft actuators, space Ethernet transceivers, microactuators, and precision positioning mechanisms. From 2019 onward, a clear shift occurred toward advanced semiconductor design (radiation-hardened ASICs on 22nm FD-SOI) and drone technologies (UTM path planning). This suggests a company moving up the value chain from mechanical space components toward digital electronics and autonomous systems.

Arquimea is transitioning from a space hardware supplier toward a semiconductor IP provider and autonomous systems integrator, positioning itself at the intersection of space electronics and UAV technologies.

Collaboration profile

How they like to work

Role: active_partnerReach: European19 countries collaborated

Arquimea operates as both a project leader and a technical contributor — they coordinated 2 of their 8 projects (REACT, SEPHY), both in their core space domain, while participating as a specialist partner in the rest. With 78 unique consortium partners across 19 countries, they maintain a broad European network rather than relying on a small circle of repeat collaborators. This makes them an accessible partner who is experienced in both leading focused space projects and integrating into larger multi-partner consortia.

With 78 unique partners spanning 19 countries, Arquimea has built a wide European network centered on space and aerospace institutions. Their geographic reach is notably broad for a Spanish SME, suggesting strong visibility in EU space and defence research circles.

Why partner with them

What sets them apart

Arquimea is one of a small number of European SMEs that can design both the mechanical actuators and the radiation-hardened electronics that go into space systems — a rare combination of hardware and semiconductor capabilities under one roof. Their recent move into 22nm FD-SOI ASIC design places them among a select group working on next-generation European space-grade chips. For consortium builders, they offer the unusual ability to contribute across the full signal chain — from sensors and actuators to the digital ASICs that control them.

Notable projects

Highlights from their portfolio

  • EFESOS
    Represents their strategic pivot to semiconductor design — building a complete rad-hard ASIC platform on cutting-edge 22nm FD-SOI, with the largest participant funding (EUR 862K).
  • REACT
    Their highest-funded project (EUR 1.08M) as coordinator, developing resettable spacecraft actuators — a product with direct commercial potential in satellite deployment.
  • LABYRINTH
    Marks their entry into drone/UAV technologies, a significant diversification from pure space hardware into the growing U-Space market.
Cross-sector capabilities
Transport (drone traffic management, UAV path planning)Security (defence electronics, autonomous surveillance systems)Environment (harsh-environment monitoring sensors)Digital (ASIC design, semiconductor IP blocks)
Analysis note: Early-period keyword data was empty, so evolution analysis relies on project titles and dates rather than keyword shift. The third-party role in SQS (swine reproduction) appears to be an outlier unrelated to their core profile and was excluded from expertise mapping.