Ferrari's policy addresses transitioning away from the use of virgin resources by recycling aluminum scraps and using secondary alloy from recycled processes. They aim to reduce the use of virgin material by focusing on secondary alloy from recycled processes and reducing quarry-derived resources. Additionally, they plan to introduce 100 percent recycled aluminum alloy for their engines by 2026, which is expected to reduce CO2 emissions by around 80 percent.

Currently, the Environmental Practice does not address the use of renewable resources. However, Ferrari is continuously striving for sustainable and innovative material sourcing to integrate into their production processes.

Ferrari's policies address the waste hierarchy by focusing on recycling and preparation for reuse. In 2024, they have recycled 724 tons of hazardous waste and 5,681 tons of non-hazardous waste. They have also prepared 13 tons of non-hazardous waste for reuse. The total waste diverted from disposal is 6,418 tons. Waste treatment is categorized separately, with 597 tons of hazardous waste and 2,692 tons of non-hazardous waste directed to disposal.

Ferrari prioritizes strategies for avoiding or minimizing waste by designing products with durability, reparability, and recyclability in mind. They embrace circular economy principles, ensuring their cars can be passed on from one generation to the next. Ferrari cars are expected to have a durability of at least 80 years, exceeding the industry average lifespan. This approach aligns with eco-design and treating waste as a resource.

Additionally, aligned with Ferrari’s ambition to reduce CO2 emissions and to promote circularity, starting from 2026, we plan to introduce 100 percent recycled aluminum alloy for our engines (considering only the parts produced internally in our Maranello plant that weigh more than 80 percent of the engine). This action could reduce aluminum-related CO2 emissions by around 80 percent. This recycled alloy is characterized by high performance without compromising quality, differing mainly from primary alloys. Our ambition is to eliminate the use of primary alloys in our engines by relying on recycled raw materials. To align with market availability, we have developed a flexible process that allows us to use both primary and recycled alloys in engine components. No significant operational or capital expenditures have been allocated to this action in 2024 or are planned for the future.