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Route craft ·20 June 2024 · 9 min read

Train, ferry, ride: building routes you can't do as a loop

The Moveee team

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There is a category of ride you cannot build as a loop. The 40 km descent off a pass that would be miserable ridden uphill first. The coastal road that runs one way along a peninsula and stops. The route that follows a river from source to sea. Loops are the default because loops end where the car is, and that default quietly deletes some of the best riding in any region.

A train or a ferry removes the constraint. You ride out in a straight line and let something else carry you back, or you let it carry you out and ride home. The planning is more involved than a loop — there are timetables, bike rules and a connection you can miss — but it is not difficult, and the reward is a class of route that is otherwise unavailable.

What the linear ride actually gives you

Three things, mainly.

Net descent. Take the train up the valley, ride down. A route that gains 200 m and loses 1,400 m is not a soft option — long descents demand concentration and cost you body heat — but it is a completely different day from the same road ridden in both directions. Mountain rail lines and lake ferries exist in exactly the places where this works best.

A guaranteed tailwind. On a loop, wind is a tax you pay in both directions and mostly get back. On a point-to-point you can simply choose the direction. This is worth more than most riders assume, because the arithmetic is asymmetric: in the models that predict road cycling power accurately, aerodynamic drag scales with the square of the air speed over the bike, so a 20 km/h headwind costs considerably more power than the same 20 km/h tailwind gives back. Riding both ways is a net loss. Riding one way is not. Our guide to reading the wind forecast covers how to pick the direction with reasonable confidence a day out.

Roads that do not connect. Peninsulas, islands, dead-end valleys, one coastal corniche with no parallel road inland. A ferry turns a dead end into a through route and opens a map that looked closed.

Plan the return leg first

This is the whole discipline of multimodal riding in one sentence. The timetable is fixed and your legs are not, so the fixed thing goes on the page first.

Find the last service of the day that takes bikes and is not a replacement bus. Work backwards from it. Subtract a buffer — the amount depends on how often the service runs, but for anything less frequent than hourly, 60 to 90 minutes is not excessive. What remains is your ride window, and the route has to fit inside it with the climbing it contains, not with your best-case average speed on a flat day.

Fixed legs Ride window Buffer Bail-out points
train out 07:40 ride — 118 km, 1,400 m buffer last train 19:52 station at 52 km station at 86 km the ride is sized to fit the window, not the other way round

Stylised. The buffer size is a planning rule of thumb rather than a measured figure — widen it when services are infrequent, when the bike space is unreserved, or when the weather could close a ferry.

The bail-out points on that timeline are the second half of the discipline. A route that runs roughly parallel to the rail line — or crosses it twice — gives you intermediate stations where the day can end early without ending badly. This is one of the quiet advantages of following a river valley: rivers, railways and roads all want the same gradient, so they tend to run together.

Bike rules, which vary more than anything else

There is no single answer to "can I take my bike". It varies by country, by operator, by train type, by day of the week and by time of day. Check the specific service, not the national brand.

In the EU the floor has been raised. The rail passenger rights regulation in force since 2021 requires operators to carry assembled bicycles where the service allows it, and sets a minimum of four bicycle spaces on new and substantially upgraded rolling stock. That is a floor, not a promise: it does not apply to older carriages, and on many long-distance services the four spaces are reservable and go early.

Regional and local train

Usually yes, often without a reservation, sometimes with a flat bike fare. Capacity is the constraint, not permission.

Rush hour bans. Replacement bus services on engineering weekends — a bus will not take your bike.

Long-distance / high-speed train

Mixed. Many require a reserved bicycle space; some take bikes only bagged and dismantled.

Bike spaces sell out weeks ahead on scenic lines in summer. Book the bike before you book yourself.

Ferry

Almost always yes, usually cheap, usually boarding with the vehicle deck. Bicycles often board first and disembark first.

Cancellation in wind. Check the operator's threshold — some routes stop running well below gale force.

Coach and replacement bus

Frequently no, or one or two bikes at the driver's discretion.

This is the leg that strands people. Never build a plan whose fallback is a coach.

Funicular, cable car, rack railway

Often yes in summer, on a bike-specific carriage or hook.

Seasonal operation. A mountain lift that runs from June is a closed door in May.

Two practical notes. First, a bike reservation and a passenger reservation are often separate transactions on separate screens, and buying one does not buy the other. Second, where the bike space is unreserved, arriving ten minutes early is worth more than any amount of planning, because loading is first-come and the carriage is usually at one specific end of the platform.

Why this works so well where it is normal

Places that have taken bike-and-rail seriously show what the combination is capable of. In the Netherlands, a large share of rail passengers reach the station by bicycle — the bike is treated as part of the journey rather than an awkward item of luggage — and research on the combination describes it as producing a genuinely distinct mode with a reach neither has alone. Comparative work on Dutch bike-and-ride, and on the slower North American integration of racks, carriages and station parking, both point at the same conclusion: the constraint is almost never the riding. It is the interface.

That matters for you because the interface is where the planning effort belongs. Research on public transport transfers finds that a connection carries a cost beyond the minutes it takes, because of the uncertainty attached to it. A single-connection day is much easier to hold together than a two-connection day, and a plan with one transfer and a generous buffer will feel better than a clever plan with three tight ones, even when the clever plan is faster on paper.

Two cyclists riding a road through rolling hills
The bike carriage is the part of the plan that can fail. Everything else is just riding.

What goes wrong

The missed last connection

The one genuinely expensive failure. Everything else costs you an hour; this costs you a taxi, a hotel, or a very long night ride. Plan the return leg first and the ride second.

The full bike carriage

You have a valid ticket and there is no space. On unreserved regional services this is a real outcome on summer Sundays. The mitigation is a service one hour earlier, not an argument.

A mechanical in the wrong third

On a loop, a mechanical at the midpoint is a long walk home. On a point-to-point built along a rail line, it is a walk to the next station. This is an underrated argument for the linear route.

The wind that turned

You planned a one-way ride with a tailwind and the forecast shifted. Have a version of the plan that works in the other direction, or an earlier station to finish at.

A workable template

The version that has survived contact with reality looks like this. Ride out from home or from a near station in the morning, with the wind. Take the train or ferry back. This ordering has two advantages over the reverse: your fixed deadline sits at the end of the day when you know how your legs are, and if you are running late you can shorten the ride rather than miss the start of it.

Build the route on the planner first, then check it against the timetable rather than the other way round. In Moveee's route library you can keep the outbound leg and a shorter bail-out version of it side by side, which makes the "cut to the earlier station" decision a matter of switching files rather than improvising on the roadside. Save both to the head unit before you leave.

Pack for the transport as well as the ride. A cable lock small enough to secure the bike in the carriage while you find a seat. A spare layer, because station platforms in the evening are colder than the ride was. Enough food to cover a delay, since the plan already assumes you are at your limit of daylight. If the route ends somewhere unfamiliar, how to find good roads in a place you have never ridden is the companion problem, and for multi-day versions of the same idea, bikepacking route planning covers resupply and daylight in more depth.

The first time you do it, the timetable will feel like the point of the day. By the third time it will feel like what it is: a piece of admin that buys you a road you could not otherwise ride. That trade is a good one almost every time.

Sources 8

Where this article summarises a study, the study itself is linked — not a write-up of it.

  1. 1 Kager R, Bertolini L, Te Brömmelstroet M Characterisation of and reflections on the synergy of bicycles and public transport · Transportation Research Part A: Policy and Practice · 2016
  2. 2 Rietveld P The accessibility of railway stations: the role of the bicycle in The Netherlands · Transportation Research Part D: Transport and Environment · 2000
  3. 3 Martens K Promoting bike-and-ride: The Dutch experience · Transportation Research Part A: Policy and Practice · 2007
  4. 4 Martens K The bicycle as a feedering mode: experiences from three European countries · Transportation Research Part D: Transport and Environment · 2004
  5. 5 Pucher J, Buehler R Integrating Bicycling and Public Transport in North America · Journal of Public Transportation · 2009
  6. 6 Guo Z, Wilson NHM Assessing the cost of transfer inconvenience in public transport systems: A case study of the London Underground · Transportation Research Part A: Policy and Practice · 2011
  7. 7 European Parliament and Council of the European Union Regulation (EU) 2021/782 on rail passengers' rights and obligations · Official Journal of the European Union · 2021
  8. 8 Martin JC, Milliken DL, Cobb JE, McFadden KL, Coggan AR Validation of a Mathematical Model for Road Cycling Power · Journal of Applied Biomechanics · 1998
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