Integration of Recycled Polymers in Heavy-Duty Commercial Vehicles
Volvo Trucks incorporates recycled plastics and sustainably sourced wood into the VNL and VNR models.
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Volvo Trucks has expanded the integration of recycled and renewable materials within its latest generation of heavy-duty commercial vehicles, specifically the VNL and VNR models. Designed for long-haul and regional-haul operations, these truck architectures incorporate post-industrial recycled plastics, certified wood veneers, and recycled textiles to lower the carbon footprint associated with component manufacturing and assembly.
Recycled Polymers and Interior Components
Starting in May 2026, the front wheel well splash shields are manufactured utilizing 75% post-industrial recycled plastic, sourced domestically within the United States. Furthermore, the cabin interior integrates flooring carpets containing up to 50% recycled material—with manufacturing scrap systematically recycled on-site at the production facility in Hampton, New Hampshire—and seatback structures utilizing up to 75% recycled fibers. Volvo Trucks has outlined future engineering plans to expand this material substitution by introducing recycled plastics across 44 specific instrument panel components.
Sustainable Trims and Advanced Composites
For interior trim applications on specific configurations, the models utilize genuine Ayous wood veneer certified by the Forest Stewardship Council (FSC) and the Programme for the Endorsement of Forest Certification (PEFC). Moving forward, materials engineering teams are evaluating the viability of advanced bio-based composites utilizing agricultural byproducts, reclaimed ocean plastics, and recycled consumer textiles to further transition commercial vehicle production toward a circular manufacturing economy. The ongoing development pipeline also focuses on improving design-for-disassembly protocols to enhance component recovery at the vehicle's end-of-life phase.
Volvo Trucks uses 75% recycled plastic on the splash shield, reducing carbon emissions associated with the component.
Additional Context: This section details technical specifications not included in the original announcement
In automotive materials engineering, incorporating post-industrial recycled (PIR) plastics requires careful thermal and mechanical management. When polymers like polypropylene (frequently utilized for automotive splash shields and interior panels) are re-melted and re-extruded, the polymer chains undergo thermomechanical degradation. This chain scission reduces the average molecular weight of the polymer, which can negatively impact the material's structural impact resistance and tensile strength. To meet stringent automotive crash, thermal cycling, and vibration standards, materials engineers must compound PIR plastics with virgin resins or specific elastomeric impact modifiers (such as EPDM rubber) and reinforcing mineral fillers (like talc or glass fibers) to restore the required mechanical properties. Furthermore, the transition toward bio-based composites utilizing hemp or agricultural byproducts leverages natural bast fibers. These fibers exhibit a high strength-to-weight ratio comparable to traditional fiberglass, offering substantial vehicle weight reduction—which directly improves fuel efficiency—while structurally sequestering carbon within the composite matrix.
Edited by Lekshman Ramdas, Induportals editor – adapted by AI.
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