Model railroad scales refer to the size ratios used to represent real-world trains and railroads in miniature form. Essentially, each scale indicates how much smaller the model is compared to the actual prototype. Different scales are popular for various reasons, including space, detail, and realism. Here are some common model railroad scales: 1. **N Scale (1:160)**: This is a small scale that allows for complex layouts in a limited space.
16 mm scale is a model railway and modeling scale primarily used in the modeling of narrow gauge railways. In this scale, 16 mm represents a model dimension of 16 millimeters to 1 foot (or 1:19 scale). It means that 1 foot in the real world is represented by 16 mm in the model.
The term "2 mm scale" typically refers to a model scale in which 2 millimeters on the model represent a specific distance in the real world, commonly a meter. In model railroading and modeling, 2 mm scale is often associated with a scale of 1:152, meaning that 1 unit of measurement on the model is equivalent to 152 units in real life.
The term "3 mm scale" typically refers to a specific scale used in modeling, particularly in railway and model train hobbying. In this scale, 3 millimeters represent 1 foot in the real world, which is approximately a 1:87 scale ratio. This means that models created in 3 mm scale are designed to be 1/87th the size of their actual counterparts.
4 mm scale, often referred to as 4 mm to 1 foot scale, is a model scale used primarily in the modeling of railways and related structures. This scale represents a ratio where 4 millimeters on the model equals 1 foot (12 inches) in real life. This scale is commonly used in the UK and is also known as 00 scale (when referring to model railways).
The term "00n3" doesn't have a clear meaning in standard usage and could be interpreted in various ways depending on context. It may be a code, a sequence used in a specific domain (like programming, gaming, or cryptography), or simply a typographical expression.
The term "gauge" can refer to various measurements depending on the context, such as wire gauge, pipe gauge, or shotgun gauge. Here’s a breakdown of a few common types of gauges: 1. **Wire Gauge**: In the context of electrical wire, gauge refers to the diameter of the wire. The American Wire Gauge (AWG) system is commonly used in the United States. A lower gauge number indicates a thicker wire, and a higher gauge number indicates a thinner wire.
G scale is a model railway scale that represents a scale ratio of 1:22.5, where 1 unit in the model equals 22.5 units in the real world. It is primarily used for outdoor garden railways but can also be used for indoor layouts. G scale models are typically large enough to be easily seen and handled, making them popular among hobbyists who enjoy outdoor trains that can withstand varying weather conditions.
Gn15 is a term that can refer to a few different contexts, but it is most commonly associated with the category of model railroading known as "Gn15." Specifically, Gn15 refers to a scale model railroading concept where model trains operate on a narrow gauge layout, typically modeled to represent a fictional or real narrow gauge railway in 15-inch gauge scale. In Gn15, the models are usually built to a scale of 1:20.
The H0f gauge (pronounced "H zero f") is a specific reference used to measure the frequency response of hearing aids, particularly in terms of their output level at different frequencies. The "H0" typically refers to a standard reference point, while "f" generally denotes "frequency." This gauge is important in the fitting and evaluation of hearing aids to ensure they provide amplification that is appropriate for the user's hearing loss profile.
HO scale is a popular model railway scale, defined as a ratio of 1:87, meaning that 1 unit of measurement (such as an inch or a millimeter) on the model represents 87 units of the same measurement in real life. In practical terms, this translates to a model being approximately 3.5 inches (or 8.9 centimeters) long for a typical 1:87 scale freight car.
Narrow-gauge model railways are popular among hobbyists and can come in various scales, which are ratios that represent the size of the model compared to the real-life object. Below is a list of some common narrow-gauge model railway scales: 1. **009 Scale**: - Scale: 1:76.2 - Track Gauge: 9 mm - Commonly used for models of narrow-gauge railways in the UK.
Rail transport modeling involves creating miniature versions of railways, whether for hobbyist dioramas, model railroads, or professional simulations. Each scale represents a different proportion of the full-size railway. Here’s a list of common rail transport modeling scale standards: ### Common Rail Transport Modeling Scales 1. **N Scale (1:160)** - Popular for small spaces, allowing for intricate layouts with a lot of track in a small area.
Scale models are physical representations of objects that are reduced in size by specific ratios, known as scales. These scales allow modelers to create accurate representations of full-sized objects, such as vehicles, buildings, or figures. Here are some common scale model sizes along with their corresponding scale ratios: ### Common Scale Model Sizes 1. **1:1 Scale (Full Size)** - Actual size of the object, no reduction in scale.
NZ120 is a designation for a particular series of New Zealand banknotes that were issued in the 1980s. These notes were part of the New Zealand dollar currency and featured various notable figures and landmarks from New Zealand’s history and culture. The NZ120 series specifically refers to the polymer notes, which were introduced to improve durability and security compared to paper notes.
N scale is a scale model train gauge used in the hobby of model railroading. It is one of the smaller scales commonly used by hobbyists, with a scale ratio of 1:148 or 1:160, depending on the specific standard. In practical terms, this means that one foot on a real train or railroad corresponds to about 3/8 of an inch in N scale. The standard track gauge for N scale is 9 mm (0.
OO gauge is a model railway scale that is commonly used in the United Kingdom and is defined by a scale of 1:76.2, which means that 1 foot in real life is represented as 76.2 millimeters in the model. The track gauge for OO scale models is 16.5 mm, which is the same width as HO gauge, even though OO models are larger because of the different scaling.
O scale is a model railway scale that is commonly used in model railroading. It is defined as having a ratio of 1:48, meaning that one unit of measurement on the model represents 48 units of the same measurement in reality. This scale typically represents real trains and scenery at a size that allows for detailed models while still being manageable for hobbyists. In the United States, O scale is also often referred to in terms of track gauge, which is 1.
On2 gauge is a narrow gauge model railroad scale that represents a prototype gauge of 2 feet (610 mm). In this scale, the models are typically built to a ratio of 1:48, which means that 1 inch on the model equates to 4 feet on the actual train. On2 gauge models are primarily used to simulate narrow gauge railroads, which were often found in mountainous regions or places where terrain made construction of standard gauge railroads impractical.
Protofour is a term that could refer to various concepts, products, or entities, but as of my last knowledge update in October 2021, there is no widely recognized meaning or reference to "Protofour." It may be a term related to software, a specific technology, a product, or even a company that emerged after my last update.
Rail transport modelling scales refer to the various size ratios used in the modeling of railway systems, including rolling stock (trains), infrastructure (tracks, stations, signals), and landscapes. These scales are essential for hobbyists, engineers, and planners as they help to standardize the sizes of the components used in model train setups, allowing for realistic portrayals of rail systems at different sizes.
S scale is a model railroading scale that is typically 1:64 in proportion, meaning that one foot in real life is represented as 1.75 inches in model form. It is smaller than O scale (1:48) and larger than HO scale (1:87). The S scale is popular among model railroad enthusiasts because it strikes a balance between size and detail.
Sn³½ or tin(III/2) is not a commonly recognized notation in chemistry. It's possible you meant to refer to Sn^3+ or another oxidation state of tin. Tin (Sn) typically has oxidation states of +2 and +4. If you meant to refer to a specific compound or context involving tin, please provide more detail so I can assist you better.
Standard gauge refers to a specific track width used in model trains and toy train systems. In the context of model railroading, standard gauge typically refers to a track gauge of 2 inches (50.8 mm) between the rails. This is commonly associated with larger scale toy trains, such as those produced by Lionel and other manufacturers, particularly in the early 20th century. Standard gauge toy trains are notable for their robust construction and larger size compared to O scale and HO scale trains.
The TT scale, or the Tertiary-Tertiary scale, is primarily used in the context of the classification of geological time and rock layers. However, it seems that your question might be referencing a specific context that could vary, as "TT scale" could also refer to other domains, such as educational assessments, musical scales, or technical specifications.
T Gauge is a model railway scale that is classified as "very small" or "micro" scale. It operates on a scale of 1:450, which means that 1 unit on the model represents 450 units in real life. The track gauge for T Gauge is approximately 6.5 mm, making it one of the smallest commercially available model railway scales.
In model railroading, the V scale refers to a specific scale ratio used for modeling trains and tracks. Specifically, V scale denotes a scale ratio of 1:220, which means that 1 unit (e.g., inch or centimeter) on the model represents 220 units on the real train or track. V scale is smaller than the more commonly known Z scale (which is 1:220) and is used primarily for highly detailed models in a limited space.
Articles by others on the same topic
There are currently no matching articles.