For decades, end-of-life vehicles (ELVs) were seen primarily as a waste problem: abandoned in backyards, shipped to third countries, or dismantled in informal workshops. The reality was marked by losses, lack of transparency, and environmental harm. Today, vehicles leaving the road are far more than scrap metal. They contain numerous valuable raw materials that are increasingly in demand.
Every year, around six million passenger cars in Europe reach the end of their life cycle, representing material worth in the tens of billions of euros.1; 2 Steel and aluminum remain the largest material groups, complemented by copper from wiring harnesses and high-grade plastics from interiors and body parts. Newer vehicles also contain rare earths, permanent magnets, and lithium-ion batteries. With the rise of e-mobility, the share of these components is soaring: by 2040, roughly one-third of ELVs will be battery-electric, carrying significant volumes of battery cells, power electronics, and critical metals.
The strategic importance is clear: whoever controls access to these vehicles controls the flow of the most critical secondary raw materials of the coming decade.3; 4 Yet the status quo is sobering: three to four million vehicles disappear from official statistics in Europe every year – and by 2040 that number could rise to eight to eleven million.5; 6; 7 They are exported, stripped for parts, or simply not properly recorded. This means not only a loss of valuable materials but also missed opportunities for emission reduction and decreased geopolitical dependency.
Transforming the ELV market is therefore more than recycling policy. It is a question of competitiveness, climate targets, and resource security. It places the market squarely at the strategic center of Europe’s circular economy.