Which Nation Tops the List for Vehicle Ownership Per Capita? The Answer Might Surprise You

TTAC Staff
by TTAC Staff
Photo credit: Richard Semik / Shutterstock.com

In 2020, the United States reported a total of 289 million vehicles in operation, making up approximately 18 percent of the global count. This marked a significant increase, more than doubling the number since the 1960s. When exploring car ownership rates on a global scale, it's crucial to understand the variances in ownership, growth trends, and the rising influence of the global middle class on these dynamics.


Worldwide Rankings in Vehicle Ownership

The United States follows with a considerable 860 vehicles per 1,000 people, reflecting a robust vehicle market. Similarly for North America, Canada follows the States with 707 vehicles per 1,000 people. Europe presents a mixed scenario, with Poland and Italy notable for their high vehicle per capita rates. Poland, with 761 vehicles per 1,000 inhabitants, shows substantial vehicle ownership yet has a minimal adoption of electric vehicles. Italy stands with 756 vehicles per 1,000 people just slightly less than Poland. In stark contrast, Norway, with 635 vehicles per 1,000 people, has embraced electric vehicles more extensively, with a significant proportion of its vehicle market being electric.


In the top spot however is New Zealand with 869 vehicle per 1,000 people where the majority of their cars are imported from Japan.


The Surge in Global Vehicle Ownership

The expansion of the global middle class has propelled rapid growth in vehicle ownership in several countries. Vietnam, for instance, has experienced a dramatic increase in motorization, with an annual growth rate of 17 percent between 2015 and 2020. China and India also saw significant rises, highlighting a global trend towards increased vehicle ownership.


Electric Vehicles: The Future of Mobility

Electric vehicles (EVs) are gaining traction worldwide, with China leading the charge. The country houses more than half of the global EV fleet, a testament to its strategic position near essential raw materials for EV batteries and its robust battery production capabilities. Government policies have played a pivotal role in this sector, with China and Norway implementing strategies to overcome operational challenges and promote EV adoption. Norway, in particular, is on a path to eliminate sales of internal combustion engine vehicles by 2025, showcasing the country's commitment to sustainable mobility.


Concluding Thoughts

As vehicle ownership continues to evolve, the global landscape reveals a complex interplay between traditional vehicles and the emerging EV market. Countries like New Zealand and the U.S. demonstrate high vehicle per capita rates, while nations such as Vietnam and China show rapid growth, driven by economic expansion and policy initiatives. The shift towards electric vehicles, led by China and Norway, underscores a global trend towards more sustainable forms of transportation.


This article was co-written using AI and was then heavily edited and optimized by our editorial team.

TTAC Staff
TTAC Staff

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  • 3-On-The-Tree They are hard to get in and out of. I also like the fact that they are still easy to work on with the old school push rod V8. My son’s 2016 Mustang GT exhaust came loose up in Tuscon so I put a harbor freight floor jack, two jack stands, tool box and two 2x4 in the back of the vette. So agreed it has decent room in the back for a sports car.
  • Kjhkjlhkjhkljh kljhjkhjklhkjh so what?? .. 7.5 billion is not even in the same hemisphere as the utterly stupid waste of money on semiconductor fabs to the tune of more than 100 billion for FABS that CANNOT COMPETE in a global economy and CANNOT MAKE THE US Independent from China or RUSSIA. we REQUIRE China for cpu grade silicon and RUSSIA/Ukraine for manufacturing NEON gas for cpus and gpus and other silicon based processors for cars, tvs, phones, cable boxes ETC... so even if we spend trillion $ .. we STILL have to ask china permission to buy the cpu grade silicon needed and then buy neon gas to process the wafers.. but we keep tossing intel/Taiwan tens of billions at a time like a bunch of idiots.Google > "mining-and-refining-pure-silicon-and-the-incredible-effort-it-takes-to-get-there" Google > "silicon production by country statista" Google > "low-on-gas-ukraine-invasion-chokes-supply-of-neon-needed-for-chipmaking"
  • ToolGuy Clearly many of you have not been listening to the podcast.
  • 1995 SC This seems a bit tonedeaf.
  • 1995 SC Well I guess that will be the final nail in the Mini EV's coffin here. It was already not especially competitive, had no range and was way overpriced for what you get, but I like to get stuff like that used and well depreciated on occcasion though I likely would have passed anyway due to the Chinese manufacture.
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