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LIFE BIOBCOMPO: Plant-fibre biocomposites for Stellantis vehicles

CORDIS Europe
Overview
The LIFE BIOBCOMPO project has developed a lightweight biocomposite using renewable cellulose fibres to replace conventional mineral fillers in automotive parts. Since 2022, approximately 10,000 vehicles have been equipped with these materials, demonstrating a viable path from laboratory research to industrial scale.
In Depth

Key Findings

The LIFE BIOBCOMPO project has successfully transitioned a plant-fibre biocomposite from the laboratory to commercial production. The material has been industrialised for use in the dashboards of Lancia Ypsilon cars, with roughly 10,000 vehicles on the road featuring these parts since 2022. The project was led by components manufacturer SAPA, in partnership with Sòphia High Tech Group and FCA Italy (now Stellantis Europe) Centro Ricerche Fiat, with Stellantis serving as the end customer.

Technical Details

The developed biocomposite replaces conventional mineral fillers with renewable cellulose fibres. Key technical specifications include:

  • Composition: Approximately 20% of the material is non-fossil, derived from cellulose fibres.
  • Weight Reduction: Vehicle parts produced with this biocomposite are around 8% lighter than those made with traditional mineral-filled materials.
  • Manufacturing Compatibility: The material is compatible with standard injection-moulding machines, allowing integration into existing production lines without major modifications.

Background & Context

The project aimed to address two primary challenges in the automotive sector: reducing overall vehicle weight to lower CO2 emissions and replacing fossil-based and mineral raw materials with natural fibres. A critical component of the project was the validation of the material under real vehicle conditions rather than solely at the laboratory scale. This process was supported by the LIFE Programme, which provided “close-to-market” support to bridge the gap between research and industrial application, including business coaching and access to expert networks.

Significance & Outlook

The project concluded in 2023, resulting in the creation of approximately 36 jobs at SAPA. Following the successful deployment in the Lancia Ypsilon, SAPA continues to develop further formulations based on bio-based and recycled materials for the automotive industry. The project demonstrates that lightweighting via biocomposites is scalable provided the materials can survive real driving conditions and fit existing manufacturing infrastructure.

Source: https://cinea.ec.europa.eu/news-events/news/life-biobcompo-lightweight-car-parts-made-plant-fibres-now-rolling-out-europes-roads-2026-10-13_en

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