Swift, deadly and affordable, Jackson JS Series guitars take an epic leap forward, making it easier than ever to get classic Jackson tone, looks and playability without breaking the bank.
The JS Series Dinky™ Arch Top JS32TQ DKA has a poplar body with a beautiful quilt maple arched top and a bolt-on maple speed neck with graphite reinforcement for rock-solid stability. Hosting 24 jumbo frets and pearloid sharkfin inlays, the 12”-16” compound radius 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.
Powered by direct mount dual Jackson high-output humbucking pickups with ceramic magnets, the JS32TQ DKA also features a three-way blade, Jackson compensated and adjustable string-through-body TOM-style bridge and die-cast tuners.
Available in Transparent Black,Transparent Blue or Transparent Red, the JS32TQ DKA is finished off with stylish white binding around the neck and headstock and all-black hardware.
Quilt Maple Top
A beautiful figured maple of distorted flat sawn wood grain patterns that create a one-of-a-kind water-like appearance.
Strings Nickel Plated Steel (.009-.042 Gauges) Strap Buttons Standard
Neck Material Maple Neck Construction Bolt-On with Graphite Reinforcement and Scarf Joint Neck Finish Satin Neck Binding White Scale Length 25.5" (648 mm) Fingerboard Radius 12"-16" Compound Radius (304.8 mm to 406.4 mm) Fingerboard Material Amaranth Number of Frets 24 Fret Size Jumbo Nut Material Black Plastic Nut Width 1.6875" (42.86 mm) Position Inlays Pearloid Sharkfin Truss Rod Nut Truss Rod Adjustment at Nut Truss Rod Wrench Yes Headstock Jackson® Pointed 6-In-Line Headstock Binding White Neck Plate Jackson®
Jackson Compensated and Adjustable String-Through-Body Bridge
With this TOM-style bridge, you can choose the perfect distance from the saddle to the nut for every single string, obtaining a 100% perfect intonation along with dynamic response and endless sustain.