By 2026, global automotive production capacity will be approximately 105 million vehicles per year. The highest capacity is in Asia (especially China, Japan, and South Korea), followed by Europe and North America. Prominent production centers by country are:
-China: 32 million vehicles/year capacity
-Japan: 9 million
-USA: 13 million
-Germany: 6 million
-India: 6 million
-Mexico: 5 million; production base for US brands.

Trends and areas of transformation:
-Electric vehicle production reached 18% of total capacity in 2026. -Battery production facilities are rapidly increasing in Europe and Asia.
-The global production balance is shifting in favor of Asia; China and India are establishing new centers. Asia has the largest regional share. Regional shares (2025):
-Asia: 67%
-Europe: 22%
-North America: 8%
-Other regions: 3%

As energy prices rise in the near future, the transition to electric vehicles will accelerate. However, despite potential increases in electricity costs, using an electric vehicle will still be significantly cheaper than a gasoline or diesel vehicle. While bans on the sale of new internal combustion engine vehicles are weakening globally, their prices will now affect the electrification process. With consumers as the decision-makers, the electric future will arrive even faster as energy costs and the availability of economically affordable electric vehicle charging increase.

Milestones in 2025:
-In China, a single major manufacturer reaches a production capacity of 3 million EVs.
-In Europe, Hungary and Germany become leaders in battery production.
-In the US, Gigafactory Texas reaches full capacity.

The geographical distribution of automotive production has undergone a significant transformation over the years; production centers have shifted from the US to Europe, and then to Japan. Recently, China and other BRIC countries in particular have reshaped global balances by rapidly rising in the sector. Technological evolution has also accelerated in parallel with this transformation. While diesel technology dominated internal combustion engines for a period, hybrid vehicles came to the forefront with increasing environmental awareness; today, electric vehicles have become the main focus of the sector. Along with this, there is a strong trend towards autonomous driving technologies. Increased regulatory pressure is making areas such as environmental impacts, safety standards, and digital data management more critical. As the concept of mobility undergoes a transformation, a shift from individual vehicle ownership to a sharing economy is accelerating.