Bentley commits to Responsible Raw Material Sourcing and animal welfare

Bentley commits to Responsible Raw Material Sourcing and animal welfare

(Oilandgaspress) -– Bentley Motors reaffirms its commitment to responsible luxury with the publication of its Responsible Raw Material Sourcing Policy Statement, strengthening existing standards across animal welfare, sustainable forest management and ethical supply chains, as part of the Beyond100+ strategy.

The British luxury marque continues to evolve the highest levels of craftsmanship and performance alongside responsible practices. The Policy Statement sets out clear principles governing the sourcing of key interior materials crafted at Bentley’s Crewe headquarters – including leather, wool and wood veneers – ensuring they meet stringent environmental, social and ethical standards.

The policy aligns with the Volkswagen Group Responsible Raw Material Policy and applies a robust, risk based due diligence approach across suppliers with a strong emphasis on traceability, transparency and continuous improvement. It reinforces Bentley’s commitment to internationally recognised human rights and environmental frameworks while acknowledging the inherent complexity of multitier global supply chains.

Central to the Policy statement is a strengthened focus on animal welfare. Bentley requires all leather hide used in its vehicles to comply with EU or equivalent national animal welfare legislation, supported by recognised certification schemes and third-party verification. Prohibited practices and materials are clearly defined, with suppliers expected to demonstrate compliance through ongoing reporting and monitoring.

The policy also reinforces Bentley’s commitment to sustainable forest management. All wood veneers used in Bentley vehicles must comply with relevant regulations, including the EUDR and UK Timber Regulations, and be sourced from responsibly managed forests. Bentley prioritises third-party forest certification and continues to explore recycled and reconstituted wood alternatives to support material circularity without compromising quality or aesthetics.


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