One Journey, Four Vehicles: How to Build a Commute That Actually Works
Ask someone how they get to work and they will name one thing. The car. The train. The bike.
Look at what they actually do and it is never one thing. It is a chain: eight minutes on foot, twenty-two on a train, another twelve on foot at the other end. Three segments, two handovers, and the handovers are where the time goes.
This is what planners call intermodal travel, and almost nobody designs for it — including most of the mobility industry, which keeps trying to sell you a single vehicle that replaces the whole chain.
The weak link is never the vehicle
A chain fails at the joins. In a commute, the joins are the moments when you stop using one mode and start using another, and each one carries a cost:
- A parking cost. Where does the vehicle go while you use the next mode? A bike needs a rack and a lock. A scooter needs floor space and an owner willing to watch it.
- A permission cost. Is it allowed on board? Most European rail operators accept folded, bagged vehicles as hand luggage and refuse unfolded ones. The word that decides it is usually folded, not small.
- A dignity cost. Can you do it in the clothes you are already wearing, without asking anyone to move?
A vehicle that is excellent on one segment and terrible at the joins will lose to a mediocre vehicle that passes through them cleanly. This is the single most underrated fact in urban mobility.
Designing the chain, segment by segment
Here is how to build a commute that holds together.
Map the real journey, not the map. Walk it once with a stopwatch. Most people discover the ride is not the problem: it is the eleven minutes of walking at the far end, the part no timetable shows.
Find the segment that is worth motorising. It is almost always between 1.5 and 5 km — too long to walk comfortably, too short to justify parking a car or waiting for a connection. That is the segment where a personal vehicle pays for itself in minutes, not in ideology.
Then choose for the joins, not for the segment. This is the inversion most people get wrong. Pick the vehicle that survives the handovers, and accept a slightly less perfect ride.
Check the rules before you commit. Rail, metro and bus operators each publish their own policy on folded vehicles and battery capacity. They differ by country and they change. Read yours once; it saves an argument at a barrier later.
What this asks of a vehicle
Run the chain test and the requirement list writes itself. The vehicle has to go from rolling to carried in seconds, not minutes. It has to be carryable hands-free, because at a handover you are also holding a ticket, a phone and a bag. It has to occupy the footprint of luggage, not of equipment. And it has to be genuinely good on the segment it is there for — otherwise you have optimised the joins and ruined the ride.
That is the brief Linky 2.0 was built to. It folds down to around 15 inches and rides in the Made in Italy backpack included in the box, which means the handover is a backpack strap, not a negotiation. On the segment itself it is a full 85 cm longboard: 34 km/h (21 mph), up to 22 km (13 miles) of range, 110 mm all-terrain wheels that take a bad pavement without complaint, IP65 sealing for weather you did not plan for.
And because the battery is offered in a 99 Wh airline-safe version alongside the 180 Wh long-range pack, the chain can extend past the city — but that is a story for another Friday.
The point
The best commute is not the fastest vehicle. It is the chain with the fewest broken links. Most people can cut ten minutes off their day without going any faster, simply by fixing a handover.
Map yours this week. The weak link will be obvious once you look for it.
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