Riding the City
A Cycle Route That Goes Nowhere Carries Nobody
Journeys are made between real origins and real destinations. A high-quality section that connects neither is used only by the people whose route it happens to match.
Everything below about cycle network continuity comes from what actually happens rather than from what is supposed to.
What holds up in practice
- A route is only as usable as its worst section.
- Directness competes with comfort in route choice.
- Networks grow in value faster than they grow in length.
Why continuity dominates
A rider deciding whether to cycle assesses the whole journey, not the best part of it. One frightening junction or one section of fast road is enough to make a person choose another mode entirely. That means the value of a route is determined by its weakest link rather than its average quality.
Building excellent provision either side of an untouched junction therefore changes very little for most people. It is the same logic that governs any chain, and it is routinely ignored in scheme prioritisation.
The value of connections
A network's usefulness grows faster than its length, because each new link creates journeys with every existing link. Two disconnected good routes serve two corridors; connect them and they serve everything in between as well.
Mid-traffic, this is why filling short gaps often delivers more benefit than building an impressive new section elsewhere. It also means early network investment can appear to underperform until enough links exist to connect. Cities that persisted through that phase are the ones now cited as examples.
Directness and why detours fail
Riders will accept some detour for comfort, but the tolerance is limited and falls as the detour lengthens. A route that adds substantial distance, or that stops at every side road, will be abandoned in favour of the direct road.
That is why experienced riders are often seen on the carriageway beside a cycle path built at considerable expense. Design guidance in several countries now treats directness as a core requirement rather than a nice addition. A path that is safe, comfortable and slow is competing against a road that is direct, and it frequently loses.
Where networks break
Bridges, rivers, railways and major roads create barriers that concentrate all crossing movements at a few points. Those points are usually the most hostile parts of a network and the most expensive to fix. Ring roads and dual carriageways cut neighbourhoods off from each other for anyone not in a car.
In the saddle, retail parks, industrial estates and hospital campuses frequently have no cycle access designed at all.
Identifying these barriers is straightforward, and addressing them is where most of the money would need to go.
Wayfinding as part of the network
A network that exists but cannot be found is only used by people who already know it. Signing that gives destinations and distances, rather than route numbers alone, is what makes a network legible to newcomers.
Digital mapping helps, though it is only as good as the underlying data about surface, gradient and comfort. Consistent surface treatment and markings help riders recognise that they are still on the route. Cheap and unglamorous, wayfinding is frequently the last thing funded and the first thing cut.
Range and charging figures are quoted under conditions nobody commutes in.
How networks actually get built
Almost nowhere builds a network at once, so it accumulates from schemes delivered over decades. That makes a coherent plan essential, because otherwise each scheme is designed in isolation and the joins never happen.
The bit that actually matters: published network plans also give campaigners and officers something to hold future schemes against. Cities frequently rated as excellent for cycling took thirty or forty years of consistent effort to get there. The relevant question about any individual scheme is what it connects to, and what it will connect to next.
The takeaway
Ask what a new route connects to at both ends, because that is what decides whether anyone rides it.
Fix the small rattle. Every large repair began as one.
Questions readers ask
Why do people ride on the road next to a cycle path?
Usually because the path is slower, gives up priority at every side road, or does not go where they are going. Directness is a real requirement, not a preference.
Why does a new cycle route sometimes seem little used?
Often because it does not yet connect to anything at either end. Network value grows as links join up, so early sections can look disappointing until the gaps close.
