SciTransfer
Organization

VAUDE SPORT GMBH & CO KG

German outdoor gear manufacturer validating biobased polymers and recyclable coated textiles in EU circular economy research.

Large industrial companymanufacturingDENo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
€80K
Unique partners
35
What they do

Their core work

VAUDE is a German outdoor apparel and equipment manufacturer with a long-standing public commitment to sustainability in product design and supply chains. In H2020, they participated as an industry end-user partner, contributing commercial product requirements and real-world application context — specifically outdoor gear — to research consortia developing sustainable material technologies. Their value to research projects lies in bridging laboratory-stage material science (biobased polymers, recyclable coated textiles) with the functional demands of consumer outdoor products. They do not conduct research themselves, but they validate technologies against market-ready product criteria and provide a credible commercial gateway for emerging sustainable materials.

Core expertise

What they specialise in

Sustainable outdoor product design and eco-designprimary
2 projects

Both EFFECTIVE and DECOAT feature VAUDE as an end-user applying sustainable material innovations specifically to outdoor gear product contexts.

Biobased polymer application (polyamides, polyesters)secondary
1 project

In EFFECTIVE, VAUDE contributed industry requirements for biobased caprolactam, azelaic acid, and long-chain dicarboxylic acid-based fibres and films for large consumer products.

Coated textile recycling and end-of-life recoverysecondary
1 project

In DECOAT, VAUDE provided outdoor gear use cases for recycling coated and painted textile materials using debonding-on-demand technology.

Circular economy implementation in consumer goodsemerging
2 projects

Across both projects, VAUDE's involvement spans material sourcing (biobased) and material recovery (recycling), reflecting a full-lifecycle sustainability approach in commercial product development.

Evolution & trajectory

How they've shifted over time

Early focus
Biobased fibres and eco-design
Recent focus
Coated textile recycling

VAUDE's early H2020 engagement (2018) centered on the upstream end of sustainability — biobased feedstocks, specifically polyamides and polyesters derived from plant-based caprolactam and azelaic acid, with eco-design principles for large consumer products. By 2019, their focus shifted downstream toward end-of-life solutions: recycling coated and painted textiles using debonding-on-demand chemistry, with outdoor gear explicitly named as one of the target application sectors alongside automotive and household electronics. The trajectory is clear — from sustainable material origins toward circular recovery, suggesting VAUDE is systematically working through the full lifecycle of their products within EU-funded research.

VAUDE is building a full-lifecycle sustainability capability — from biobased material sourcing to end-of-life textile recycling — making them a relevant industry validation partner for any consortium working on circular economy solutions for technical or consumer textiles.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European15 countries collaborated

VAUDE participates exclusively as a consortium partner, never as coordinator, which is consistent with their role as an industry end-user rather than a research driver. Despite only two projects, they engaged with 35 unique partners across 15 countries, indicating involvement in large, multi-stakeholder Innovation Actions typical of EU materials and circular economy programs. This profile suggests they are selective but well-connected participants who add commercial credibility and product validation capacity to consortia.

VAUDE's network of 35 unique partners across 15 countries — built from just two projects — reflects the scale of the large EU consortia they joined. Their connections span chemical companies, research institutes, and other industry end-users across Europe, with no apparent geographic concentration beyond their German home base.

Why partner with them

What sets them apart

VAUDE is one of very few branded outdoor consumer goods companies to engage directly in EU research consortia, giving them an unusual dual identity as both a commercial manufacturer and a credible research partner for sustainable materials. Consortium builders developing sustainable textile or polymer technologies gain something rare through VAUDE: a named brand with market access and sustainability credentials that can validate lab results against real commercial product requirements. Their non-SME size also suggests organizational capacity to follow through on pilot integration commitments within projects.

Notable projects

Highlights from their portfolio

  • EFFECTIVE
    This large IA project on biobased polyamides and polyesters (2018–2023) is VAUDE's only funded H2020 project (EUR 79,800) and placed them alongside chemical and textile researchers testing next-generation sustainable fibres specifically for large consumer product applications.
  • DECOAT
    DECOAT explicitly names outdoor gear as a target sector alongside automotive and electronics, making VAUDE's participation a direct validation role for debonding-on-demand recycling technology in one of the most technically challenging coated-textile segments.
Cross-sector capabilities
environment — circular economy and end-of-life material recoveryfood — biobased economy and agricultural feedstock-derived polymerstransport — coated materials recycling overlapping with automotive sector applications
Analysis note: With only 2 projects and EUR 79,800 in total EC funding, VAUDE's H2020 footprint is peripheral to their core business. They function as an industry validation partner rather than a research entity, so technical depth cannot be inferred from participation alone. The profile is reliable for understanding their sustainability positioning and collaboration role, but should not be read as evidence of internal research capability.
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