SDC22 Double-Cutaway Solidbody Electric Guitar

The VOXSDC22 Double-Cutaway Solidbody Electric Guitar is a serious guitar, at an affordable price. This double-cutaway model borrows production techniques, styling cues, and uses many of the same distinguished components found in the premium VOX Virage, Series 77, Series 55, and Series 33 guitars. Combining advanced modern production methods with irreplaceable hands-on craftsmanship results in a superior instrument that is remarkably playable; yet versatile enough to provide you with your own personal voice.

Available in popular finishes, the VOX Series 22 features a bold, double cutaway design. State-of-the-art 3-D carving methods provide the Series 22 with a contoured body that ensures impeccable comfort and fatigue-free playing. The SBE„¢ (Strap Button Extension) system delivers enhanced instrument balance while playing standing. The set neck features an inverse heel design and deep cut that offers unobstructed access to the upper frets. Position dot markers adorn the rosewood fingerboard.

Superior String Handling
The advanced MaxConnect aluminum bridge features extended saddle travel for flawless intonation with any gauge string. The full contact shape and light weight combine to deliver thick rich tone with clear, singing harmonics. Strings slide in from under the back edge of the bridge to make changing strings a snap. Sealed VOX tuners offer enhanced tuning stability, so you can play with confidence. The mahogany necks are finished with a rosewood fingerboard.

Potent Pickup Design
Each Series 22 guitar is outfitted with two of our XLM„¢ (Xtra Loud Mini) compact humbucking pickups. Use the pickup mode switch to choose a tight, punchy lead tone or more open, chordal voice. Using the three-way pickup switch, you can select either pickup individually, or use them both together. The passive analog tone circuitry offers both a Master Volume and a Master Tone control to refine your individual sound. Logically laid out and easy to use, the controls allow fast changes during performance.