The classical guitar is distinguished by a number of characteristics:

A stringed, acoustic instrument, with a soundbox, neck, tuning pegs, that is considered easy to master, learn and pick up, playing technique getting better with practice. When the string on the guitar is plucked or picked with a finger or plectrum, the vibrations travel, amplified by the soundboard, or resonator. There are six strings, some classical models having as many as eight or more to get more base and larger repertoire, wider range of sounds and effects.
acoustic guitar resources

Nylong strings, for treble (three), metal-wound (sliver plated copper), strings for lower bass (three), with more tension. The earliest models of guitars had ox gut strings that had a very unique sound to them.
A guitars neck is made of wood and the interior bracing of the sound board is lightweight for more tone. Fan bracing is often used, with a spruce brace glued inside the soundboard at center jsut before the bridge for best balance and tuning. Braces fan out from there.

Width of a standard guitar is 48-54 mm at the nut (42 for elecritcal and modern guitars)
Flat dot inlay fingerboard, on the neck at 5th and 7th frets respectively.

Dominant hand players are prominent and pros prefer to play with their own nails and fingertips, as opposed to plucking or strumming, picking with a plectrum. (for strumming the back of the fingernail is used).

Keys are found at the top of the neck, used for tension adjusting and fine-tuning, winding the strings up. Positioning is considered best when perpendicular to the plane of the fretboard.
Here is a list of the typical parts of a guitar

- Body
- Body sides
- Bottom deck
- Bridge
- Bridge saddle (Bridge nut)
- Face (top deck)
- Fretwires
- Headstock
- Heel
- Neck and 20 fret fretboard
- Nut
- Sound hole, with inlay
- Strings
- The Fretboard
- Truss rod
- Tuning keys

Fret or fingerboard, embedded with metal fretwires forming the top of the neck of the guitar, flat and curved. Materials of choice for making these are ebony, rosewood or micarta which is a composite material

The spaces between the fretwires (nickel alloy or stainless stell), mentioned here are the frets. Each of them is carefully placed, calculated and spaced mathematically, a step apart on the 12 tone scale. These then to show wear and tear quickly on a guitar that is played frequently and hard. This is how notes and scales are made possible for play.

We continue our exploration of guitars and how they are made, what makes them more or less valuable, pricy with this musing on material and something called plate bracing.

Construction methods and materials influence the sound quality. That much we have established so far.

Center-cut woods, preferably hardwoods are mostly used. There are typical economic and conservation voices and concerns here and mostly instruments are cut from sustainable forestry type sources The types of wood have natural acoustic properties. How it is harvested, where it comes from, the age of the tree etc. all matter.

Parts of the guitar are all made from different types of wood due to their variation and variety in sound properties and acoustic characteristics. No real comparison with fibreglass, carbon fibre and various other polymers, also used in other instruments and variants other than acoustics. There is not real replacement or imitation for wood. Less vibration and less costs does not seem like the best way for the guitar to be going, if we are to experience great sound at a reasonable price. Quality does still matter when it comes to guitar purists.

Other areas where some of these synthetic and composite type materials fell short, were on the stiffness-to-mass ratio, elastic moduli, damping, or longitudinal to lateral grain properties that is needed to create great-sounding timbre and depth in the produced sound.

As complements, not main or base materials (carbon-fibre strut reinforcements) they can add quality to the soundboards and end-result. Aesthetics will never matter more than acoustics and quality sound!

Plate Bracing features on the guitar include the sound board and back plate, typically thin and in need of more support. The design is attributed to Antonio de Torres Juan (1817-1892). And more recently Greg Smallman, considered inspiration for the criss-cross’ lattice bracing tapering outward, radially from underneath the bridge saddle. These principles and development all have to do with how the guitar radiates sound. Whoever thought that geometry would come in handy! It is crucial, whether asymmetrical or symmetrical design and patterns are used, they are critical for the acoustics and resonance of the instrument as most makers will be the first to tell you. It is about so much more than the properties of the wood, materials, placement, design!