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SUSTENANCE · forward · impact 2/5 · 2026-09-28 · Volvo Autonomous Solutions

Volvo achieves 3 million tonnes of autonomous mining at single Swedish site

Volvo Autonomous Solutions has autonomously hauled 3 million metric tonnes of material from Boliden Garpenberg mine in Sweden by early 2026, building on a 1 million metric tonne milestone achieved in

Volvo Autonomous Solutions reached a cumulative 3 million metric tonnes of autonomous material hauling at Boliden Garpenberg mine in Sweden by early 2026. This follows a 1 million metric tonne milestone achieved in 2025 through collaboration with Boliden Garpenberg and Brønnøy Kalk in Norway. The system, branded Autona/earth, bundles hardware, software, physical infrastructure, and operational support into a single offering for mining operations. The deployment is currently limited to Boliden Garpenberg as the primary site for this 3 million metric tonne milestone.

This milestone demonstrates the scalability of Volvo’s integrated autonomous mining solution within a single operational context. The system’s ability to manage hardware, software, and physical infrastructure as a unified offering enables consistent, large-scale material movement without manual intervention.

For food production, this represents a potential pathway to lower raw material costs by reducing the energy and labor required for mineral extraction. However, the impact remains confined to this specific mine site and does not yet reflect global autonomous hauling capacity. The current deployment’s scale and scope are constrained by its singular focus on Boliden Garpenberg, meaning broader food supply chain implications depend on replication at other sites.

Next, Volvo will need to prove the system’s cost efficiency at additional mines while addressing the caveats: the 3 million metric tonne figure applies only to this single site, and the 2025 milestone involved two mines. Without global expansion, this advancement remains a localized step toward reducing mineral inputs for food systems.

Source: Electrek