RECOTRANS (2017–2021) was explicitly focused on integrated manufacturing of recyclable hybrid metal-thermoplastic composites for the transport sector.
FAR-UK LTD
UK engineering SME specialising in recyclable hybrid composites and lightweight structures for transport manufacturing.
Their core work
FAR-UK Ltd is a Nottingham-based engineering SME working at the intersection of advanced composite materials and transport systems. Their project participation reveals two distinct but complementary competencies: manufacturing of recyclable hybrid metal-thermoplastic composites, and the design or integration of personal rapid transit vehicles. In practice, they appear to contribute materials engineering and lightweight structures expertise to transport-sector R&D consortia. As a small private company, they likely serve as a specialist industrial partner — bringing hands-on manufacturing capability rather than academic research.
What they specialise in
Both ESPRIT and RECOTRANS target the transport sector, indicating a consistent focus on weight-sensitive vehicle structures or components.
ESPRIT (2015–2018) addressed easily distributed personal rapid transit, suggesting involvement in small-vehicle mobility or automated transport pod design.
RECOTRANS specifically targeted recyclability of composite materials, aligning with circular economy requirements in automotive and rail manufacturing.
How they've shifted over time
FAR-UK's first H2020 project (ESPRIT, 2015) was oriented toward personal mobility systems — the design or engineering of compact transit vehicles. Their second project (RECOTRANS, starting 2017) shifted attention toward the materials and manufacturing process itself: specifically, how to make hybrid composites recyclable for large-scale transport production. This suggests a pivot from system-level transport integration toward upstream manufacturing and materials processing. The direction of travel points toward sustainable advanced manufacturing as their core identity going forward, with transport applications as the end market.
FAR-UK is moving toward sustainable materials manufacturing for transport — a strong alignment with EU green mobility and circular economy priorities, making them a useful industrial partner for projects targeting lightweighting or end-of-life recyclability in automotive or rail.
How they like to work
FAR-UK has never served as a project coordinator across their two H2020 projects, consistently joining as a participant. Despite having only two projects, they have engaged with 34 unique consortium partners — an unusually broad network for an SME of this size, suggesting they plug into large, multi-partner RIA consortia rather than small bilateral collaborations. This profile fits a specialist industrial contributor that larger academic or Tier-1 industry partners bring in for specific manufacturing or testing capabilities.
FAR-UK has built connections with 34 distinct partners across 9 countries through just two projects, indicating they join large, internationally diverse consortia. Their network likely spans academic institutions, automotive OEMs, and materials research organisations across Western Europe.
What sets them apart
FAR-UK occupies a specific niche that is rare in EU research consortia: a private manufacturing SME with hands-on composite fabrication capability and direct transport-sector application experience. Unlike university research groups, they bring industrial process knowledge and manufacturing readiness. For consortium builders seeking an SME industrial partner with recyclable composites expertise and a UK base (pre- or post-Brexit participation), they represent a distinct option not easily replaced by a larger Tier-1 supplier.
Highlights from their portfolio
- RECOTRANSLargest funding award (EUR 549,062) and directly addresses the high-priority challenge of recyclable hybrid composites in transport manufacturing — well-aligned with EU Green Deal industrial goals.
- ESPRITEntry into EU research via an innovative personal rapid transit concept, showing early engagement with future mobility systems beyond conventional automotive or rail.