Jackson X Series Dinky DK2XR Electric Guitar - Gloss Black

1. Sleek Design with Powerful Sound: The Jackson X Series Dinky DK2XR Electric Guitar in Gloss Black boasts a streamlined Dinky™ body shape crafted from poplar, offering both aesthetics and resonance. With its striking appearance and high-output Jackson humbucking pickups, this guitar delivers a powerful and versatile sound suitable for various playing styles.

2. Precision Engineering for Performance: Featuring a maple neck with a satin finish and a laurel fingerboard with pearloid sharkfin inlays, this guitar offers smooth playability and precise fretting. The 25.5" scale length and 24 jumbo frets provide ample room for intricate solos and comfortable chord progressions, making it ideal for both lead and rhythm players.

3. Enhanced Stability and Expression: Equipped with a Floyd Rose® Special double-locking tremolo system and Jackson sealed die-cast tuning machines, this guitar ensures tuning stability even during aggressive whammy bar use. Combined with dome-style control knobs for volume and tone adjustments, this instrument offers enhanced expression and control over your sound.

Highlights:

1. Gloss black finish for a striking and timeless aesthetic.
2. High-output Jackson humbucking pickups deliver powerful tones with clarity and definition.
3. Floyd Rose® Special double-locking tremolo system allows for dramatic pitch bends and dive bombs while maintaining tuning stability.
4. Compound radius fingerboard (12"-16") offers comfortable playability for both rhythm and lead techniques.
5. Pearloid sharkfin inlays add a touch of elegance and help with fret positioning.
6. Jumbo frets facilitate effortless string bending and smooth fretting.
7. Maple neck with satin finish provides durability and a comfortable playing feel.
8. Three-position blade pickup switching offers versatile tonal options.
9. Jackson sealed die-cast tuning machines ensure precise and reliable tuning stability.
10. Poplar body construction contributes to a balanced tone with plenty of sustain and resonance.