Jackson JS Series Dinky Arch Top JS32Q Electric Guitar (Dark Sunburst) with Gig Bag and Strings

Jackson JS Series Dinky Arch Top JS32Q DKA 6-String Electric Guitar (Right-Handed, Dark Sunburst)

The Jackson JS Series Dinky Arch Top JS32Q DKA 6-String Electric Guitar is swift, deadly, and affordable. This guitar takes an epic leap forward, making it easier than ever to get classic Jackson's tone, looks, and playability without breaking the bank. The JS Series Dinky Arch Top JS32Q DKA features a poplar body with a beautiful quilt maple arched top and bolt-on maple neck with scarf joint and graphite reinforcement for rock-solid stability.

Mechanism

Hosting 24 jumbo frets and Pearloid Sharkfin inlays, the 12–16-inch compound radius bound amaranth fingerboard gradually flattens toward the heel from its more rounded profile at the nut. This makes for comfortable and natural feeling chording and riffing near the nut, with optimal shred articulation and bending nearer the heel. Dual Jackson high-output humbucking pickups with ceramic magnets erupt with a hot, crunchy tone perfect for any hard rock or heavy metal flavor. Dial in tone to your preference with three-way blade switching and single volume and tone controls, and wail away at will as the Jackson-branded Floyd Rose licensed double-locking bridge provides dynamic term action with tuning stability.

Design

Sporting classic Jackson style, the JS32Q DKA is wrapped in Dark Sunburst finish with the signature pointy black headstock and all-black hardware, including the standard strap buttons and sealed die-cast tuners.

Quilt Maple Top

A beautifully figured maple of distorted flat-sawn wood grain patterns creates a one-of-a-kind water-like appearance.

Bolt-On Maple Neck with Graphite Reinforcement

The bolt-on neck construction adheres to the maple neck to the body of the guitar with screws, resulting in a bright tone with more control. For the touring musician, graphite-reinforcement rods flank the truss rod for increased neck stability that helps maintain the shape of the neck through extreme humidity or climate fluctuations.