Body
Guitar body construction, including both soundboards and sides. For these parts, two main types of wood can be used: solid (solid) and puff (better known as plywood). Plywood is cheaper than solid wood, but loses to it in terms of acoustic properties. Therefore, the type of deck in the characteristics is usually indicated only if solid wood is present in it. However, if data on the deck is not given, this does not mean that the instrument is made entirely of plywood; in addition, it is worth noting that some types of plywood come close to solid wood in terms of acoustic properties. Therefore, without having information on the deck design, it makes sense to focus primarily on the price category of the instrument.
Options for a solid tree can be as follows:
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One piece top. The English name is also used — solid top. We are talking about instruments in which only the upper deck is made of solid wood — the rest of the body is made of plywood. This option is a good compromise between sound quality and affordable price, it is quite popular in mid-range guitars.
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Completely whole. A body in which all parts are made of solid wood — both decks and sides. This is the most advanced option in terms of acoustics — especially since some types of wood even improve over time (provided that it is solid wood). However, a completely one-piece body is quite expensive, so this option is found
...mainly in high-end professional instruments.Anchor
The type of truss provided in the guitar neck design.
The truss rod is a long metal rod located inside the neck of the guitar (along it). It is designed to provide the desired stiffness and prevent neck distortion due to string tension. This function is relevant for models that use metal strings — primarily acoustic ones (see "Type"); Nylon guitars don't need an anchor.
Often it is possible to adjust the tension force of the anchor — to change the degree of deflection of the neck. This can be useful both for adjusting to the guitarist's preferences and for correcting neck distortion that develops over time.
Note that the lack of information on the anchor does not mean the absence of the latter: some manufacturers simply do not bother to mention it in the basic data on the tool. So in such cases, you can try to find more detailed information on the selected model.
Specific options for the anchor can be as follows:
— Single. An anchor in the form of a single rod is the simplest and most inexpensive option. At the same time, the strength and rigidity of such a rod is sufficient in most cases.
— Double. Twin anchor, consisting of two rods. A pair of rods provides increased strength and reliability compared to a single truss rod, and also provides additional protection against lateral deformations of the fingerboard (deviations to the right / left). At the same time, a double anchor is not cheap, despite the fact...that the described advantages are really important only in professional music, where even the slightest deviations from the reference sound are unacceptable. Therefore, the double anchor is found mainly in premium tools.
— Is absent. The complete absence of an anchor in the design of the neck. Despite the useful properties of this part, its use is far from always justified: for example, the neck can be made of durable and elastic materials that “work” well without additional reinforcement. Another reason for the one-piece construction is that mounting a metal rod disrupts the neck's uniformity and can degrade the instrument's acoustic performance, which can be critical on high-end models. Note that the absence of an anchor is separately indicated only for acoustic guitars and other instruments with metal strings; in "nylon" models, rods are not used by definition, and there is no need to specifically specify its absence.
Scale
Scale length of the guitar. The scale in this case is the working part of the string, in other words, the distance from the saddle (on the headstock) to the saddle (on the bridge). In most acoustic and similar guitars, the scale is set during production and is unchanged. Without going into technical details, we can say that the value of this parameter is generally a reference: it allows you to some extent estimate the overall dimensions of the instrument, as well as the size of the frets (the longer the scale, the larger the size of the frets, regardless of their number). However, there is also a practical application: with an adjustable anchor (see above), the scale length data can be useful in the tuning process.
