From assembling and operating, train sets are enjoyed by people of all ages. Kids frequently choose colorful train sets especially during the Christmas season while serious model train hobbyists are likely to introduce the latest model to their intricate model train collection.

Collecting train sets is a form of hobby that is popular all over the world. They also make good gifts whether the receiver is a child or an adult. Because these are train sets, assembling them is very simple seeing as they are pre-arranged.

Model train sets also vary in sizes and these are categorized in scales and gauges. These scales are Z, N, H0, S, 0, and G. The most prevalent scale worldwide, including the US, Asia, and a few European countries is H0, which is the third smallest size scale. The next most popular scale is 0 or 00 which is a little bigger than the H0. This scale is most common in the UK and certain parts of Asia. The smallest scale size is the Z and the biggest scale is the G and frequently used in fairs and exhibitions. The N scale is also gradually becoming more accepted thanks to their minute size and cheaper price range.

For boxed train sets, several parts and components should be included for a train set to be called a train set. These sets will not be complete without any of the following: the locomotive, couplers, tracks, and power pack.

The most focal piece of a train set is the locomotive. Without the locomotive, the rest of the train will not move. Model locomotives could either be modeled after the classic steam locomotives, diesel-electric locomotives or even the modern electric ones. Model locomotives that are created for die-hard hobbyists are made to produce real-life engine sounds like the chugging and whistling and visual concepts like smoke and lights.

Couplers are used to join the locomotive, trains and other rail cars and give them the lengthening and flexibility they need, especially when turning.

The tracks come with straight and curled segments. The tracks are made to form an oval or a circle and can be further added later on. These tracks are made for the standard market (depending on the scale) and can be expanded by adding further sections of tracks which are obtainable in a good number of hobby shops.

Finally, the locomotive will not be able to move without fuel and this fuel source is the power pack. Power packs generally have a 6-12 voltage and come with controllers. The controller can either be analog or digital and whatsoever suits your taste, it should be able to move your model train forward and backward, speed up or slow down, and stop and go. One particular attribute of some power packs is the fail-safe feature which shuts down automatically if it detects an electrical problem. This makes it a child-friendly toy.

Slot car racing is a popular indoor pastime activity in countries in the western hemisphere. These small but fast toy cars run along tracks with slots where electric current flows to power the cars. These slots are also where the metallic blade from the slot cars fit all the way to the slot base. The majority of slot car hobbyists do races with other enthusiasts on more than one occasion but there are a small number who dedicate their time and money to make sceneries, modeling roads and highways, and simulating urban and rural traffic.

A lot of first-timers start up their collection with cars that are obtainable commercially. Slot cars from hobby strores are made for better performance on standard tracks. Those who have been around with slot cars for a long time habitually assemble cars from scratch or modify their collection and tailor them to make sleek frameworks and be balanced on the racetrack.

In addition to racing, slot car hobbyists get their kicks with their collection by customizing their favorite cars. Just like real cars, slot cars have rubber tires which can be changed and the modification of the framework and the motor is to make them more faster and make them more stylish. A slot car can reach speeds of up to 1800 rpm which is faster than any formula 1 racecar.

A single-handed controller is what a slot car “driver” use to drive his slot car and the controller’s purpose is to regulate the voltage of the car’s small electric motor. Changes in slot car hobbying has mainly been with the model cars and controllers but the only thing that has remained unchanged is the track. New technology have allowed the creation of tracks which let slot cars change lanes or even share a single slot. The technique in racing slot cars comes on the curved sections where the controller’s trigger should be given the right pressure to avoid de-slotting or lose momentum that will be the losing factor for racers.

The other closest form of hobby to slot cars are model trains. Model train hobbyists and slot car hobbyists build the track range, build sceneries which include trees and minuscule structures. The only distinction is the variation of speed between model trains and slot cars and slot cars are intended for group pastime whereas model trains is more on solo operation.

Other kinds of slot vehicles can come in the form of motorcycles and trucks. Also, like model trains, slot cars sizes come in numerous scales but the most common are 1:24, 1:32 and H0, which is the most popular scale size in the US and other parts of the world.

The introduction of traction magnets have also made it easier for slot cars to turn corners without reducing that much speed without getting thrown out the track. The use of traction magnets on slot car races are not given much significance since plenty of slot car racers consider them not as enjoyable as those without them. Slot cars that doesn’t have traction magnets have a propensity to drift and the likelihood of going off track gives slot car racers their excitement and thrill.

Model train derailments are one of those tiny drawbacks that can turn out to be very annoying. Figuring out the main source of the derailment can also consume a lot of time and effort especially if it turns out on more than one track section. Dirt or dusts is one factor that can cause derailments and cleaning tracks, engines and cars is one easy way to fix derailment issues through elimination process. Do several trial runs and if all goes okay, then cleaning did the job and you don’t have to worry about it any longer.

If derailment still occurs, though, the problem could already be the assembly or technical particularly if it happens in one portion and pinpointing the problem may require further careful investigation. Apart from the way tracks are placed, other factors to think about are the sceneries and the locomotives and cars. You have to be open-minded to be able to consider all possibilities as the part where the derailment occurs may not always be the problem.

Ensure that no small or big piece of sceneries are obstructing the tracks. Joints and nails of the tracks should also be thoroughly inspected. Make sure no nail heads are peeking up even if it’s only slight and make sure that no nail has a loose fit.

The cars and wagons that trail the locomotive can also trigger derailments in some cases. Disconnect all cars and wagons and just run the model locomotive by itself. If the derailment occurs in just one section again and again, the position of the track could be the problem. Level your sights along the specific track section because it could be tilted in a certain angle which your locomotive can’t handle especially if the locomotive’s wheels are regular ones. If that particular track is curved, it could also contribute to model train derailment.

Curved tracks are potential derailers and it is also important to consider the locomotive’s axle count as well as how many cars can be connected to the locomotive. Model locomotives with six axles usually require a curve radius of 22 degrees and anything lower would most likely cause derailment at every pass. How many cars can be connected should also be considered since centripetal force and inertia could be factors in derailment specially when the model train is going fast on tight turns. Dips and bumps should also be checked as these could tilt or jump the train.

If you see no problem with the track’s positioning, each cars and wagons should be checked thoroughly especially their couplers, axles and wheels. Couplers should be mounted properly and should not be too low and all wheels should turn without problems. The width of the wheels should also be properly set according to the track’s width. If there is one or several coupling or wheel that is loose or tight, re-mounting them maybe a care-free solution. If the problem with couplings and wheels keeps coming back, replacing them is the only option left. Again, never forget to clean every wheel.

Given that derailment problems can be because of lots of causes, it is important to be patient and thorough towards zeroing-in on it and fixing it. Model train hobbyists should have technical skills to enable to work out any problem that might come up and every configuration and repair accomplished is a satisfaction worth learning and having in model train collecting.