Building Your Own Photo Spot Map: Collect, Sort, Share

Updated: August 2026 – You want to build a photo spot map, but so far all you have is screenshots on your phone, a few pins in a maps app, and three chat threads with locations in them. This guide shows you which fields a spot entry really needs, how to record light direction and time window, and how private pins turn into a map that others get something out of too.

What belongs on your own photo spot map?

A photo spot map is a collection of locations where every point also carries the information you need for planning: viewing direction, best time window, focal length needed, access route and background. A bare pin on a map isn’t a photo spot map, it’s a coordinate – it answers the question “where”, but not the question “when is it worth the trip”.

That also makes clear where most collections fall down: not too few points, but missing metadata. Once you’ve thought through the structure, you can fill it in mechanically for years afterwards. To see what a finished map looks like in everyday use, check the overview of the trainspotter map and its features.

The six required fields of a spot entry

Fix your field schema before you set the first pin. If you change it later, you have to update every existing entry – and from experience, that never happens.

Field	What you enter	Why it matters later
Position	Coordinate or exact point on the map	Basis for the journey and distance filtering
Viewing direction	Compass bearing or degree figure of the shooting direction	Foundation for all light planning
Time window	Time-of-day range plus season note	Prevents trips straight into backlight
Focal length	Range that works at the spot	Decides which lens comes along
Access	Route from stop or parking, duration	Makes lead times plannable
Background	Short note on clutter, vegetation, masts	Explains in a year’s time why the spot was good or bad

Three further fields are optional but very useful: a status field (active, overgrown, closed), a date field for the last check, and a weather field – some spots only work under overcast sky, because otherwise hard shadows fall across the front.

Viewing direction in degrees, not words

“Facing west” sounds precise, but isn’t: between 250 and 290 degrees lies a world of photographic difference. Hold your phone in the shooting direction, read off the degree figure from the compass app, and write it down. It takes five seconds and pays off every time you plan afterwards. For how to turn this into concrete times, see the fundamentals section of railway photography with tips and locations.

Two photos per spot

Always take two shots: one of the result, and one of the vantage point itself, taken a few metres back. The second image is the more important one. It shows you on your next visit exactly where you stood, whether you were on the path or beside it, and how tall the vegetation was at the time.

How to properly document light direction and time of day

The combination of viewing direction and time window is the heart of a photo spot map. The two belong together, because a spot facing east is backlit in the morning and well lit in the afternoon – or the other way round, depending on which side the train comes from.

This notation has proven itself in practice for entries:

• Viewing direction: 215 degrees (south-west)
• Sun behind you: roughly 9am to noon during summer time
• Critical: backlight from 4pm, flat light all day in winter
• Alternative: overcast sky works all day

The last point matters. Many spots have a second, weather-dependent time window. If you only note “mornings”, you’re needlessly crossing off half your days. For low-light shots there are separate rules anyway, explained in detail in camera settings for trainspotting at night.

Five steps to your own photo spot map

Private, close circle, or public?

Not every spot belongs on a public map. The decision is less about secrecy and more about accessibility and how much the location can take. At Maschen marshalling yard, every shared vantage point must come with the note that observation happens exclusively from public road bridges.

As soon as you share spots, your private collection becomes a contribution to the community map. That’s exactly the effect that makes live sightings and real-time reports so useful: the location on its own says little, the location plus the report “something just came past here” says a great deal.

Which tool fits your map?

There are three practical routes, and they differ less in how the map is displayed than in what you can attach to a point.

Approach	Strength	Limit	Suits
Favourites in a standard maps app	instantly available, no setup	no custom fields, barely filterable	your first 20 to 30 spots
Your own map layer with a spreadsheet behind it	full control over fields and filters	maintenance effort, often clunky offline	large, systematic collections
Spotting app with spot and sighting features	spot and observation belong together	field schema is fixed	anyone regularly out and about
Notes app with location attached	captured extremely quickly	no map, no radius search	a spontaneous stopgap

If you’re often out on local transport, you’ll recognise the principle from the bus spotter map and its location logic – the same fields count there, just with stops instead of route kilometres. And if you’re used to classic forum maps, you’ll find the historical counterpart to app-based collections in the map feature of Drehscheibe Online.

The offline test

A map that doesn’t work in a dead zone is useless exactly where it’s needed most. This is the norm at trackside photo spots like the Geislinger Steige, which you often have to walk to first. Before your first trip, check whether your spot list stays readable without a signal, and pack the right gear – the trainspotting equipment checklist names what you really need at the spot.

Common mistakes when building a photo spot map

• Too many pins, too little content. Two hundred empty points are worse than twenty complete ones. Better to log fewer and fill in every field.
• Forgetting viewing direction. By far the most common mistake, and the costliest: without direction, you can never reconstruct the time window.
• Only documenting in good weather. Spots that shine in sunshine can be dull under grey skies – and vice versa. Note both.
• No date, no status. Vegetation, engineering works and new masts change spots permanently. Without a timestamp, you don’t know what you can rely on.
• Keeping spot and sighting separate. If you photograph in one app, log sightings in a second, and set pins in a third, the system falls apart within a few weeks.
• Keeping the access route only in your head. The way from the station to the vantage point is an adventure the first time and a waste of time the third, if it isn’t written down.

From a single pin to a map others use

The shift from a private collection to a shared map doesn’t happen at the press of an export button, but through habit. If you’re already recording your observations with location and time anyway, you’re producing exactly the data points a useful community map is built from. Stations like Hamm (Westf) Hauptbahnhof are the easiest way in, because they’re publicly accessible and easy to describe – the overview of the best stations for trainspotting in Germany gives you a selection.

Three things make shared spots valuable: an honest assessment instead of marketing, a current date, and a note on what doesn’t work at the spot. That last point is almost always left out, and it’s the most useful one.

Verdict

A good photo spot map doesn’t come from an urge to collect, but from discipline across six fields. If you consistently record position, viewing direction, time window, focal length, access and background, within a few months you’ll have a planning tool superior to any general city list – because it reflects your own accessibility, your own gear and your own preferences. For how to properly process the results afterwards, see the guide to taking good photos of trains.