
N Scale for Beginners: What You Actually Need to Run Your First Train
Four things make a train move. Here is what they are, which box contains them, and how to power up safely on day one.
Every figure here is checked against the manufacturer's own page, and where nobody publishes a number, we say so instead of inventing one.

Four things make a train move. Here is what they are, which box contains them, and how to power up safely on day one.

The same train in HO takes about 3.5 times the table area. Here are the numbers behind that, and what really carries over if you change your mind later.

Same 9 mm gauge, two different scales on it. Convert sizes both ways, and rescale a 3D print correctly.

The cheapest-looking boxes are cheap because they contain no train. Here is exactly what is in each KATO and TOMIX starter box.

There is no overall winner β there is only which system suits your layout. Roadbed, spacing, adapters, DCC and what actually crosses between brands.

A plan that closes on paper is not a plan that runs. Here is the sequence, and the six gates to pass before anything goes in a cart.

Check the train first, then the curve, then the board. Full radius chart in mm and inches, plus what actually fits a 4x8 sheet or a hollow-core door.

Rise Γ· run Γ 100. The hard part is that the run has to come from somewhere β here is how much.

Work out the platform before you buy the train, not after the last car is left hanging off the end.

Small does not mean impossible β it means choosing the right style. The tightest curves, what they cost you, and the traps that bite in a small space.

Four different numbers live on one module. Mix them up and your module will not join the next one.

Both diverge at a nominal 15Β°. What actually differs is the radius, the box contents, and the power routing β and the shorter one is the expensive one.

Both bodies are 140 mm long. What changes is the radius, the angle, and the track spacing you end up with β 37 mm or 74 mm.

Joining them is easy. Knowing what does not transfer β spacing, platforms, feeders, DCC β is what keeps it working.

The smallest unit of the decision is one end of one car β not the car, and certainly not the brand.

Most "it slows down at the far end" problems are dirt and loose joiners, not missing feeders. Here is the order to check things in.

The pack sold in the US is a different product from the one Japanese articles describe. And 2 A does not make your train faster.

The N-DU101-CL costs more than the N-1001-CL and outputs exactly the same. You are paying for the handle, not the power.

DC controls the track. DCC controls the train. For most beginners the honest answer is 'not yet' β here is how to tell.

DCC Friendly does not mean every decoder fits every car β sometimes not even within one train.

One box includes the pickup shoe and one does not. And if your lights die when the train stops, the controller is the reason.

The step people skip is wet water, and the mistake people cannot undo is glue in a turnout.

Most tutorials teach how to make it pretty. This one is about the order that lets you fix it three years later.

Dry powder on a first model is a finished job. Reaching for a solvent on an unknown factory finish is how shells craze.

Clean it, hold it still, light it big and soft. Equipment is almost never the bottleneck.

A one-minute cross-test tells you whether the problem is the track or the train. Clean only what you located.

Does the fault follow the train, or follow the location? That one question narrows almost everything down.
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