SciTransfer
Organization

PALU SRL

Italian aerospace SME that developed a next-generation aircraft landing system through EU SME Instrument Phase 1 and Phase 2 funding.

Technology SMEtransportITSMENo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
2
Total EC funding
€962K
Unique partners
1
What they do

Their core work

PALU SRL is an Italian technology SME based in Gallarate, in the Varese province — a region historically dense with aerospace manufacturing suppliers. The company developed a proprietary aircraft landing system technology, which it brought from feasibility concept to funded prototype under the ANGELS (Advanced Next Generation Landing System) project. They operated as the lead and likely sole innovator on this development, using the EU SME Instrument's two-phase structure to validate and then scale their technology. Their real-world value is as a deep-specialist engineering firm focused on a single, high-stakes aviation subsystem.

Core expertise

What they specialise in

Aircraft landing system engineeringprimary
2 projects

Both H2020 projects (ANGELS Phase 1 and Phase 2) are dedicated to developing an advanced next-generation landing system, demonstrating sustained focus in this domain.

Aviation SME product developmentsecondary
2 projects

PALU successfully navigated the full SME Instrument pipeline — feasibility (€50K) through to development funding (€912K) — indicating capability in structured innovation management for aerospace products.

Transport technology commercialisationsecondary
2 projects

Classification under H2020 Pillar 3 Transport and the SME-2 phase funding signal that PALU targeted near-market readiness, not just research, for their landing system.

Evolution & trajectory

How they've shifted over time

Early focus
Aircraft landing system development
Recent focus
Aircraft landing system development

PALU's entire H2020 history spans a single year (2015) and a single topic: aircraft landing systems. There is no observable shift in focus — both projects are phases of the same innovation trajectory. This means their expertise is concentrated and stable rather than evolving, which is typical of deep-specialist SMEs pursuing one product to market. There is no data to assess any post-2017 direction, as no further H2020 activity is recorded.

With no H2020 activity beyond their 2015-2017 ANGELS trajectory, it is unclear whether PALU continued developing their landing system independently, exited the market, or pivoted — any future collaboration would require direct verification of their current technical status.

Collaboration profile

How they like to work

Role: consortium_leaderReach: Local1 countries collaborated

PALU led both of their H2020 projects as coordinator, which is standard practice under the SME Instrument — a scheme designed for single companies, not large consortia. With only one recorded consortium partner across two projects, they show no history of broad multi-partner collaboration. Working with PALU likely means engaging them as a focused technology provider on a specific deliverable, not as a network hub.

PALU has collaborated with just one unique partner in one country across their entire H2020 portfolio. Their network is essentially non-existent in EU research terms — they operated as a standalone innovator using EU funding to develop a proprietary product.

Why partner with them

What sets them apart

PALU's distinction is extreme specialisation: they built and funded a multi-year R&D programme around a single aviation subsystem — landing systems — rather than diversifying. For a consortium looking for a focused technical partner in aircraft ground-contact systems, they represent a rare SME with EU-validated credibility in that niche. However, the absence of a website and no post-2017 project activity means due diligence on their current operational status is essential before engaging.

Notable projects

Highlights from their portfolio

  • ANGELS
    This Phase 2 SME Instrument project (€912,215) represents a full development grant for a proprietary aircraft landing system, confirming that PALU's concept passed independent EU evaluation and was deemed commercially viable.
  • ANGELS
    The Phase 1 feasibility award (€50,000) that preceded the larger grant shows PALU successfully converted an early-stage concept into a funded development programme within a single year.
Cross-sector capabilities
aerospace manufacturing supply chainmechanical engineering for safety-critical systemsaviation maintenance and ground operations technology
Analysis note: Only two projects exist in the data, both phases of the same initiative with no keyword metadata. No website is available. Post-2017 activity is unknown. The profile is coherent but thin — confidence is low and any partnership decision should begin with direct contact to verify PALU's current operational and technical status.