Solving the problem of pavement car parking in residential streets

Ruysdaelstraat in Assen in 2009

Ruysdaelstraat in 2012

Residential areas frequently suffer from problems caused by car parking. This can take the form of cars parked on the road getting in the way of other drivers, cars parked on the road causing cyclists to have to swerve around parked cars (can be dangerous especially for less confident cyclists) or cars parked on the pavements (sidewalks) causing nuisance and danger for pedestrians.

Detail of parking space. Note that the
kerb is angled. It's designed to enable
driving over only at a slow speed.

Such problems can be addressed by redesign of the street, and there are many good examples of this in the Netherlands, including on many streets in Assen such as that shown above. The first picture, from Google Maps, shows how the street used to look up until very recently. The second was taken today as I cycled along this street.

These houses and the street which they are built alongside, date from the 1930s but existing trees on just one side of the road were recently taken up and replaced with trees on both sides of the road combined with parking bays.

Note that while the direction of motorized traffic was changed recently, this street has been one-way except for cyclists for some years. Routes for cyclists are unravelled from those for drivers. This is a useful through route with a bike, but not with a car. This makes yet another example of how segregation of modes is achieved without building cycle-paths.

Other examples:

This street in the newly built suburb of Kloosterveen uses the same design to keep cars off  a series of streets which together form a direct route only by bike. This is the only photo in this blog post of a new development.

A different way of achieving a similar result can be to use concrete setts through which  the grass can grow.

In some areas, bollards are used to control parking, This is a one-way street with cyclists excepted.

The same street, showing how there are again angled kerbs to climb a low speed in order to park one's car.

Sometimes, parking bays are built on-road, alternating from one side to another. This is again a street which makes a good through route for cyclists (linking up with the bridge shown in this video) but which goes nowhere for drivers. In this case, the permitted side of the road for parking alternates, which makes the road meander and serves to slow traffic.

All the streets in these photos have 30 km/h or lower speed limits. In this case with a smooth speed bump with a cycle by-pass on both sides and parking bays for cars on one side of the street. Again this street does not offer a useful through route by car.

The only street in Assen converted into a Woonerf. Here the speed limit is walking pace. Note that cars can park on one side only.

An older treatment showing parking bays on both sides of the road to achieve a similar result.

Another example of cars parked between the road and the pavement (sidewalk)

The bays can be made quite attractive, improving the green look of a neighbourhood rather than  resulting in residential areas looking like car parks.

Work continues right now on the process
of transforming older residential streets

This process of improvement is continuing right now on streets across Assen as more residential streets get this treatment. Where possible there is always enough car parking so as to avoid parked cars becoming a problem. This is how drivers are persuaded not to leave their cars in places which cause problems for cyclists and pedestrians.

In the Netherlands, people are not discouraged from driving by providing inadequate car parking spaces (as has been done to disastrous effect in the UK) but are provided adequate spaces to park their cars while cycling is made attractive by making cycling routes more convenient.


Dutch homes provide secure cycle parking by law but most other countries do not. In either case it's a good idea to use a secure bicycle lock on any parked bicycle.

The highest modal share for cycling in the world works due to carrots, not sticks.