26.03.2026
News
Europe’s industrial landscape is undergoing a significant transformation, driven by geopolitical developments and structural changes in key sectors. One of the most notable trends is the growing convergence between the automotive and defence industries, with increasing collaboration across technologies, supply chains, and manufacturing capacity.
Recent analysis shows that this convergence is no longer theoretical; it is already materialising across Europe’s industrial ecosystem.
A shared industrial and technological base
The automotive and defence sectors rely on many of the same core capabilities, including:
This overlap enables the development of dual-use technologies, where innovations can serve both civilian and defence applications. It also creates opportunities to leverage existing industrial capacity more efficiently.
A trend already visible in industry
Several concrete developments illustrate how this convergence is taking shape:
These examples demonstrate that the convergence is already translating into investment decisions, partnerships, and industrial restructuring.
Key figures illustrating the scale
In addition, companies such as Rheinmetall are already repurposing former automotive production capacity to meet rising defence demand, reflecting a structural shift in industrial priorities
Implications for European manufacturing and innovation
This convergence highlights the strategic importance of stronger links between manufacturing, research, and innovation ecosystems in Europe. It also reinforces the role of manufacturing as a key enabler of:
For industry, research organisations, and policymakers, this trend opens new avenues for collaboration and investment, particularly in areas such as mobility, advanced manufacturing, and digital technologies.
To conclude: the convergence of automotive and defence is becoming a defining feature of Europe’s industrial transformation, demonstrating how existing manufacturing strengths can be mobilised to address new strategic challenges.

Picture made with AI