The car was one of the most important drivers of growth in the twentieth century. Yet we’re now coming to the realization that we’ve given the car too much space, both literally and figuratively, in our lives and living world. That’s why there’s growing momentum for reducing car ownership and use worldwide. This is a technological, institutional as well as cultural battle which will slowly unfold during the twenty-first century.
- The rise of the combustion engine and motorized transport was initially widely embraced and many saw it as a solution to societal problems. This was no wonder, as the car was universally introduced by manufacturers and newly established interest groups (e.g. ANWB in the Netherlands and the Automobile Club of America and the American Automobile Association in the U.S.) as the standard-bearer for progress and modernity.
- The car was given all the necessary space and more and investments were made in highways. This was done out of political considerations regarding the stimulation of economic growth (partly as a component of the New Deal) and (as in Europe) to enhance political unity. Streets and entire cities were taken over by the car at the expense of other road users, but also of other infrastructures (e.g. bicycle highways in Los Angeles and public transportation such as trams). Especially in the suburbs (made possible by cars), the car was (and is) the only practical form of transportation.
- The ousting of other road users and the growing number of (fatal) car accidents led to large-scale protests in the 1920s and ‘30s, both in the U.S. and in Europe. Car drivers were seen as an elite group that made life miserable for a much more diverse and larger group of non-car users with their “devil wagons” and “toys of the rich”. In some cases, tensions even led to violence against car drivers.
- The American car lobby succeeded nonetheless, through education and other means, in convincing the population that the streets and roads were mainly meant for cars. Children were taught to be careful when crossing the street, as opposed to the driver exercising caution, and learned that they basically didn’t belong on the streets. While rules for car drivers were developed as well (such as maximum speeds, driver’s licenses and stoplights), the emphasis was on rules and bans for other road users.
- In the Soviet Union, political ideology led the state to expressly prefer the development of public transportation (i.e. subway, trams and buses) and the (individualistic) car was given much less space. Many European countries also elected a more modest role for cars than they had in the U.S.
In hindsight, we can say that most countries gave the car too much space and that, in organizing our lifeworld, we’ve inordinately accommodated the motorist. As a result, the car, aside from all the good it has brought us economically and societally, has also led to large structural problems; unlivable cities, unsafety in traffic, unhealthy lifestyles, segregation, air pollution and climate change. Looking back, we can thus now say that laws and regulation for cars and other motorized traffic have remained too limited to solving or preventing (relatively) small problems and that we, society as a whole, have been insufficiently attentive to the structural problems increasing car use would cause. It is questionable, however, to what extent societies had any choice in the matter (in light of the economic and societal promise of this technology) and what measures they should have taken. Furthermore, a problem such as climate change (and to a lesser extent, local air pollution) could not conceivably have been foreseen.
Now, we’re experiencing the problems mentioned on a daily basis and momentum is growing to correct these historical “mistakes” and, with a certain sense of drama, one could even say that we’re waging a war against the car. Partly, the solution may take the form of technological fixes, such as the electrification of mobility (which would at least reduce direct pollution) or robotization (which could make the deployment of vehicles much more efficient).
we’ve also come to the understanding that technological fixes are nearly always limited and lead to other issues in turn.
There are also many initiatives to strongly discourage car use by means of charging motorists fees and car-free zones. Years ago, Barcelona introduced the model of “superblocks”, whereby four or nine residential blocks are made car-free and car traffic can only use the adjacent streets. In Utrecht, they’re developing a neighborhood of 10,000 houses (virtually) without parking spaces. In response to the corona crisis, London has chosen to make many of the city’s streets car-free in order to create space for the pedestrians and cyclists that, for fear of corona, want to avoid public transportation. To further discourage the car as an alternative to public transportation, the rush hour rate has been raised for cars in the inner city. Paris too, has invested in separate bicycle lanes at the expense of space for cars, which has led to a 54% increase in bicycle traffic in one year and a (much smaller) decrease in car use. Naturally, these kinds of measures lead to much resistance among car drivers (on practical and cultural grounds), but young people seem to be more open to new, cleaner, shared and more flexible forms of transportation with more room for bikes, mopeds and motor scooters, as well as traditional modes of public transportation.
In the longer term however, the total demand for mobility will also have to drop for the desire for cars to dwindle. A society with fewer cars will probably only be possible if we can manage to organize our daily lives on much smaller surfaces. This could be done by bringing physical destinations closer together in more compact cities instead of vast suburbs. In an extreme variation on this principle, China is currently working on so-called “15-minute life circles”, in which nearly every imaginable destination (such as work, stores, education and healthcare) is within fifteen minutes’ walking distance for residents. This principle is applied, among other places, in the Tianfu New Area of Chengdu, a city of millions meant to serve as an example of a green megacity with high quality of life for residents. Possibly, virtualization can contribute to a structural decrease in our demand for mobility (hypomobility), as it enables us to engage in more practices from home.
- Slowly but surely, space will arise for new mobility models that until now have failed to achieve a breakthrough (such as car-sharing), but the solution will mainly lie in renewed appreciation for old modalities such as bicycles and trains (which will increasingly become an alternative to short-haul flights).
It’s not nearly everywhere that the car has taken up such a dominant position (yet) as in the West. The (developing) countries where it hasn’t, may be able to leapfrog to cleaner and smarter forms of mobility without ever being encumbered by a car-dominated culture and infrastructure.
- The history of the car may also teach us to more critically reflect on technology today. For example, in the debate on digital technology (and artificial intelligence in particular), there is strong emphasis on regulating excesses, but we don’t often enough ask what impact this technology will have in the long-term and to what extent we can put a stop to that if necessary. For this technology as well, a (more cautious) European approach could benefit our quality of life in the long-term, even if it is at the expense of economic growth in the short-term.