SciTransfer
Organization

AERO-MAGNESIUM LIMITED (A.C.S)

Israeli aerospace SME supplying lightweight magnesium components for aircraft and rotor-craft airframes within Clean Sky 2.

Technology SMEtransportILSMENo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
€459K
Unique partners
94
What they do

Their core work

Aero-Magnesium is an Israeli SME specializing in magnesium-based lightweight components and structures for the aerospace industry — magnesium being the lightest structural metal and a critical enabler of fuel savings in aircraft. Their work focuses on applying magnesium alloys to airframe applications where weight reduction directly reduces fuel consumption and emissions. Both EU projects place them inside the Clean Sky 2 Airframe Integrated Technology Demonstrator, one of Europe's flagship programs for next-generation green aviation. They contribute as a materials and manufacturing specialist, supplying components that meet demanding aerospace performance, cost, and eco-design criteria across both fixed-wing aircraft and rotor-craft platforms.

Core expertise

What they specialise in

Magnesium alloy aerospace componentsprimary
2 projects

Both GAM AIR 2018 and GAM-2020-AIR are Airframe ITD projects, consistent with a specialist magnesium materials or parts supplier role across two successive Clean Sky 2 phases.

Lightweight airframe structuresprimary
2 projects

Participation in two consecutive AIRFRAME ITD projects (2014–2024) points to sustained expertise in reducing structural weight in aircraft airframes.

Eco-design and sustainability in aviationsecondary
1 project

GAM-2020-AIR keywords explicitly include 'Eco Design' and 'High Performance and Energy Efficiency', indicating growing alignment with green aviation requirements.

Rotor-craft materials applicationsemerging
1 project

GAM-2020-AIR lists 'Rotor-craft' as a keyword alongside fixed-wing aircraft, suggesting expansion beyond traditional fixed-wing airframe work.

Evolution & trajectory

How they've shifted over time

Early focus
Magnesium airframe components
Recent focus
Eco-design, rotor-craft lightweighting

Their first project (GAM AIR 2018, 2014–2019) left no recorded keywords in CORDIS, suggesting a foundational, execution-focused role — likely delivering specific magnesium parts or subassemblies within a larger system without broad technical documentation. The second project (GAM-2020-AIR, 2020–2024) shows a richer scope: rotor-craft added alongside aircraft, and explicit goals around energy efficiency, cost efficiency, and eco-design emerged as documented priorities. This shift points toward a maturing supplier that is becoming more integrated into the design and sustainability logic of aerospace programs, not just the manufacturing supply chain.

They are moving from a pure materials supplier role toward a broader contributor to green aviation goals — rotor-craft and eco-design signal readiness for Clean Sky 3 or similar sustainability-driven aerospace programs.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European15 countries collaborated

Aero-Magnesium has never led a project — they participate exclusively as a specialist partner embedded within large, program-wide consortia. Both projects sit inside the same Clean Sky 2 Airframe ITD mega-consortium, which explains their 94 unique partners across 15 countries: that network reflects the scale of the program rather than independently built relationships. Expect them to operate as a focused technical contributor delivering specific components or test results, rather than as a consortium architect or dissemination leader.

Their 94 consortium partners across 15 countries are almost entirely attributable to Clean Sky 2's large, multi-partner Airframe ITD structure. Their actual independent network is likely narrower — concentrated in European aerospace primes, research institutes, and supply chain partners active in the Clean Sky ecosystem.

Why partner with them

What sets them apart

As one of very few Israeli SMEs active in European Clean Sky 2 aeronautics research, Aero-Magnesium fills a rare niche: specialist magnesium component manufacturing for aircraft, a technically demanding field where qualified suppliers are scarce. Magnesium's combination of low density and reasonable structural strength makes it attractive for airframe lightweighting, but its flammability and corrosion challenges mean only experienced specialists are trusted in aerospace programs. Sustained participation across two successive Clean Sky 2 phases (10 years total) indicates that the program's industrial partners consider them a reliable, qualified supplier — a strong signal of quality for any consortium considering them.

Notable projects

Highlights from their portfolio

  • GAM AIR 2018
    Their entry project into Clean Sky 2 Airframe ITD, spanning five years (2014–2019) with the largest single funding award (€330,644), establishing their credentials as a qualified aerospace magnesium supplier within Europe's premier aviation R&D program.
  • GAM-2020-AIR
    The follow-on project (2020–2024) expanded scope to rotor-craft and eco-design, showing that the program trusted them enough for a second phase and that their work is broadening toward sustainable aviation goals beyond fixed-wing aircraft.
Cross-sector capabilities
Automotive lightweighting (magnesium is a primary material in car structural parts and engine components)Defence and military aerospace (lightweight structural materials for unmanned aircraft and rotorcraft)Advanced manufacturing (precision forming and processing of reactive lightweight metals)
Analysis note: Profile rests on only 2 projects within the same Clean Sky 2 sub-program; the first project has no CORDIS keywords recorded, leaving the specific technical contribution undocumented. The magnesium specialty is strongly inferred from the company name and Airframe ITD context but is not confirmed by explicit project descriptions. Any consortium builder should verify current capabilities directly before relying on this profile for partnership decisions.