Martin 000-X2E

The Martin 11000X2E-01 is an electroacoustic guitar type 000. The smaller size of the "triple strings" (compared to Dreadnought type guitars) guarantees good playability and comfort even for players of smaller stature or build. The classic look and sound of the Martin logo guitars is complemented by modern elements in the form of renewable components, composite materials and Fishman MX electronics. This makes their use completely versatile - from home playing to intensive gigging with a band.

The front of the guitar is made of solid Sitka spruce, while the back and sides are made of modern HPL in figured mahogany. This combination of materials not only saves the environment, but also provides the instrument with good sound and playing characteristics. The good acoustic properties of the guitar are accentuated by the reduced X-ribs (Scalloped X-Brace) of the soundboard.

The Select Hardwood neck, which is attached to the body at the fourteenth fret as standard, is joined by a Select Hardwood fingerboard with twenty frets. The compensated TUSQ composite saddle gives the strings, along with the Corian fretboard, excellent resonance and sustain. A tortoiseshell pickguard protects the guitar's lacquer from scratches caused by pick playing. The final look of the instrument is accentuated by chrome tuning mechanisms.

The guitar is supplied in a high-quality packaging (Soft Gig Bag), making it immediately ready to be loaded into the trunk of your car/van for long or short trips to your musical dreams.

The American Martin company, founded in 1833, is quite deservedly one of the biggest and most respected names in stringed instruments. For decades, it has been one of the leading innovators in guitar design and manufacturing technology. However, to use only the past tense would be a great mistake; instruments with the Martin logo are still today among the guarantees of the highest quality in craftsmanship and sound. In addition, their current products use "eco-friendly" components made from renewable resources and composite materials.