| There are many popular model railroading products on | | | | Depending on where you choose to purchase an N |
| the market including the N scale model railroading; it's | | | | scale model railroading railway, you're going to get |
| got varying scales of 1:148 to 1:160 and a 9 millimeter | | | | different measurements. For instance: |
| gauge. A reason for their popularity is they don't take | | | | - Japan - 1:150 for three feet, six inch gauge trains; 1:160 |
| as much surface space that's seen with the H0 scale | | | | for bullet trains |
| model railroads and are visually more appealing than | | | | - United Kingdom: 1:160 for four feet, 8.5 inch trains; 1:148 |
| that model as well. | | | | commercial productions |
| How The N Scale Locomotives Are Powered | | | | - United States and Europe: 1:160 standard scale, no |
| The majority of N scale locomotives are powered and | | | | matter what the gauge is. |
| controlled by the 12-volt DC motors; however, newer | | | | However, all of these scales can use the |
| models are controlled by the DCC supply (or Digital | | | | nine-millimeter rail tracks even though it may be too |
| Command Control) along with a system that sends out | | | | narrow for the 1:148 and/or 1:150. |
| commands by way of a decoder located in the train's | | | | Now the more stringent two-millimeter scale models |
| locomotives. The N scale model railroading standard | | | | have a ratio of 1:152 with a bit wider (9.42 millimeters) |
| coupling is called the "Rapido" coupling. Yet, many | | | | track; usually these are handmade. Since these are |
| model train manufacturers are coming up with variants | | | | closer to scale than the traditional nine-millimeter gauge |
| to steer clear of these couplings. For instance, some | | | | models, the two-millimeter scale railroading models |
| will use a plastic flexible U in its place along with a | | | | have finer details and cross dimensions. |
| weighted counter system. | | | | During the 1960s, the Treble-O-Lectric model or 000 |
| Problems With The "Rapido" Coupling System | | | | (which was an N-scale model railroading) was first |
| A reason manufacturers started moving away from | | | | seen in the United Kingdom. These models were made |
| this system was because it was too large and rather | | | | of metal and were created for tracks of eight |
| tough to operate especially for models with automatic | | | | millimeters. The coupling of these models had an easy |
| uncoupling. The MT coupler was designed to counter | | | | loop and pin arrangement. In time, this model used |
| these problems with the "Rapido". These couplers | | | | electricity to run and the track gauge had been |
| were much more user-friendly, closer to scale and | | | | widened to the normal nine-millimeters; non-conductive |
| fragile. While Americans favor this version, Europeans | | | | sleepers using the DC operation isolated the rails. A |
| rather go for the Fleischmann Profi-Coupler system for | | | | smaller edition of the 00 scale coupling was actually |
| a reliable process. Still, for many people the "Rapido" is | | | | made to fit the new system. The 000 couplings and |
| the favorite; it's tough and simple to mold. The majority | | | | specifications were eventually replaced by commercial |
| of the newer N scale model railroading has a system | | | | N scale model railroading businesses. |
| that allows people the ability use any one of the | | | | Even though you can find smaller scale models on the |
| different coupler types. | | | | market to purchase, the N scale model railroading still is |
| Railways Of The N Scale Differ Based On Where | | | | very popular and highly convenient for model train and |
| They Are Bought | | | | railway fanatics. |