Both AEGIS and MOSES involve cargo handling and maritime logistics, the core of MacGregor's industrial business.
MACGREGOR SWEDEN AB
Gothenburg-based marine cargo handling manufacturer contributing vessel automation and intermodal logistics expertise to EU short sea shipping research.
Their core work
MacGregor Sweden AB is a major industrial manufacturer of marine cargo handling systems, including ship cranes, hatch covers, and load securing equipment, operating as part of the Cargotec group from its base in Gothenburg — the heart of Scandinavian maritime industry. Their core business is designing, manufacturing, and servicing equipment that moves cargo on and off vessels across global shipping routes. In EU research projects, they contribute the perspective of a large-scale industrial operator: real fleet data, cargo system engineering knowledge, and commercial validation of research findings. Their two H2020 participations focus on digitizing and automating the cargo and supply chain side of short sea and intermodal shipping.
What they specialise in
MOSES targets sustainable short sea shipping supply chains, and AEGIS addresses multimodal freight systems across transport modes.
MOSES (AutoMated Vessels and Supply Chain Optimisation) directly targets automation of vessel operations and freight flows.
AEGIS keywords include digital connectivity and business models alongside physical cargo handling, pointing to system-level digitization work.
AEGIS explicitly lists business models as a keyword alongside multimodality, suggesting engagement beyond pure engineering into commercial viability of intermodal systems.
How they've shifted over time
Both of MacGregor's H2020 projects run from 2020 to 2023, making true temporal evolution impossible to observe from this dataset alone. Within that single cohort, however, there is a visible internal split: AEGIS addresses the broader system challenge of multimodal freight digitization and interoperability, while MOSES drills into vessel-level automation and supply chain optimization. This suggests MacGregor entered EU research already at an advanced stage — not building foundational knowledge, but applying mature industrial capability to the automation and digital integration challenges that are reshaping short sea shipping.
MacGregor is orienting toward vessel automation and intelligent supply chain integration, suggesting future collaboration interests will center on autonomous maritime operations, digital cargo management, and smart port-ship interfaces.
How they like to work
MacGregor joins consortia as a participant or third party rather than coordinating them, which is consistent with large industrial companies that provide operational expertise and market validation rather than driving research design. With 36 unique partners across 10 countries through just 2 projects, they clearly engage in large, multi-stakeholder consortia — the kind common in EU transport research where multiple modes, operators, and technology providers must align. This breadth suggests they are a valued industry anchor in these consortia, not a niche specialist.
MacGregor has reached 36 unique consortium partners across 10 countries through only 2 projects, a sign that both AEGIS and MOSES are large, pan-European consortia. Their network is broad but shallow in H2020 terms — no repeated partnerships visible — which is typical of industry players who join whichever consortium best matches a specific project call.
What sets them apart
MacGregor is one of the few genuinely large-scale maritime cargo handling manufacturers engaged in H2020 research, bringing industrial production and fleet-level operational data that smaller research partners cannot replicate. Their Gothenburg location ties them into one of Europe's most active maritime clusters, giving them direct access to shipping lines, port operators, and classification societies. For a consortium building on short sea shipping or port automation, MacGregor provides the critical industry credibility that strengthens both the proposal and the path to real-world uptake.
Highlights from their portfolio
- MOSESMacGregor's primary funded role (€872,500 EC contribution), directly targeting automated vessels and supply chain optimization — a strong alignment with their core cargo handling business.
- AEGISParticipated as third party in a broad intermodal systems project covering digital connectivity and business models, showing engagement beyond pure engineering into systemic freight transformation.