Mobility and infrastructure

Can e-bikes get commuters out of their cars?

A look back at a Dutch plan to extend the practical cycling commute through electric assistance, workplace trials and faster routes.

· Archive article with historical figures clearly identified

Commuter riding a bicycle on a separated urban cycle path
Electric assistance can make a longer everyday journey feel more manageable.

In 2018, the Dutch national government announced an ambition to persuade 200,000 additional commuters to use a bicycle—or a bicycle combined with public transport—instead of a car. The e-bike was central to the proposal because it could make longer everyday distances accessible to more riders.

At the time, Dutch residents collectively owned more bicycles than there were people in the country, and e-bike ownership was rising. Policy-makers saw everyday cycling as one way to address public health, congestion and air quality together.

Many earlier measures had already focused on better cycle infrastructure, station parking, financial incentives and shared bicycles. The public-transport bicycle scheme also helped riders bridge the distance between a station and their final destination. Busy urban routes showed that successful cycling policy could create capacity problems of its own, as explored in the archived article about Utrecht’s bicycle congestion.

Extending the commuting radius

The policy challenge was not simply to convince people to cycle. It was to make cycling plausible for journeys beyond the distance most people would ordinarily cover on a standard bicycle.

7–10 kmThe approximate maximum distance many commuters were reported to be willing to ride at the time.
Up to 15 kmThe broader distance band that policy-makers hoped electric assistance could make more practical.

Traditional long-distance bicycle commuters were often confident riders using quick, lightweight bicycles in varied weather. That model did not appeal to everyone. An e-bike offered another option: assistance while pedalling, a more consistent pace and less effort against wind or over a longer route.

The premise was straightforward. If the journey felt quicker and more comfortable, commuters who considered a conventional bicycle impractical might reconsider leaving the car at home.

Workplace trial campaigns

Employers were expected to play a significant role. Businesses and public bodies joined trials that allowed employees to test an e-bike on their actual commute before deciding whether it suited their routine.

One trial at a hospital in Utrecht let employees use an e-bike for a week. The practical test mattered: it replaced assumptions about effort, travel time and comfort with experience on the rider’s own route. Financial incentives were also discussed as a way to reduce the barrier to switching.

A trial ride can answer the most important question: does an e-bike make this particular door-to-door journey workable?

Why infrastructure still matters

Electric assistance cannot remove every source of delay. Busy junctions, repeated traffic signals, narrow paths and indirect routes can erase much of the time advantage. Faster bicycles therefore strengthen the case for routes that are continuous, legible and wide enough for riders travelling at different speeds.

A cycle highway is generally intended to provide a broad, direct route where overtaking is manageable and unnecessary stops are limited. Dutch examples varied in quality. A route labelled as fast was not always fast in practice if riders repeatedly lost priority or waited at crossings.

The 2018 initiative assigned funding to station bicycle parking and new cycle paths, with additional contributions expected from regional and local authorities. Contemporary commentators questioned whether the amount reserved for route improvements matched the scale of the ambition.

The lasting planning lesson

The core insight remains useful even when the historical targets and budgets are set aside: changing a commute depends on the entire journey. The bicycle itself, a safe and direct route, secure parking, workplace support and public-transport connections all influence whether a person will repeat the trip.

For an individual rider considering an e-bike commute, a realistic trial is more useful than a theoretical range. Test the route at the normal departure time, account for wind and junction delays, and confirm where the bicycle can be parked and charged safely.

High speed on cycle paths

  1. How safe is the e-bike?
  2. When is the e-bike still a bike?
  3. Speed pedelecs: threat or opportunity?
  4. Have cycle paths become safer?

Practical takeaways

What makes a switch more likely?

An e-bike can help with distance and effort, but a dependable commute is created by the full route and the facilities at either end.

01 · TEST

Ride the real journey

Use the actual route at the usual time rather than relying only on distance or advertised battery range.

02 · REVIEW

Count every delay

Include crossings, signals, crowded sections and the time needed to park securely.

03 · PREPARE

Plan for variation

Allow for wind, rain, reduced battery capacity and a public-transport fallback where possible.

Continue reading

More about faster cycling

Explore the wider questions raised by electric bicycles and speed differences on shared cycle infrastructure.