Jackson JS Series Dinky Arch Top JS32-7 DKA HT 7-String Right-Handed Electric Guitar (Snow White)

Seven-string fans looking for a guitar that is as sleek and deadly as it is affordable will find everything they need with the Jackson JS Series Dinky Arch Top JS32-7 DKA HT 7-String Right-Handed Electric Guitar. This slick axe features a 26.5-inch scale length for better low-end articulation, a lightweight and resonant poplar body with an arched top, a bolt-on maple neck with graphite reinforcement, and a scarf joint for rock-solid stability. Hosting 24 jumbo frets and piranha tooth inlays, the 12 to 16-inch compound radius amaranth fingerboard creates the ideal playing surface for fat riffs and easy chording near the black plastic nut while gradually flattening in the upper registers for lightning-quick solos and wide bends without fear of fretting out.

Sleek White Powerhouse

Powered by direct mount dual Jackson high-output humbucking pickups, the JS32-7 DKA HT is also equipped with a three-way blade switch, single volume and tone controls, a compensated string-through-body fixed Jackson HT7 bridge, sealed die-cast tuners, and the 3x4 (3 over, 4 under) AT-1 headstock. Available in an elegant and pure snow white finish, the JS32-7 DKA HT is completed with all-black hardware and stylish white neck binding.

One-Piece Bolt-On Maple Neck with Graphite Reinforcement and Scarf Joint

A type of neck constructed with a scarf joint for an angled back headstock, which in turn increases the tension behind the nut eliminating the need for string trees and-or string retainer bars. The bolt-on neck joins the neck to the body of the guitar with screws or bolts, allowing for more control, attack, and sustain.

12 to 16-Inch Compound Radius Fingerboard

Jackson pioneered the use of the innovative 12 to 16-inch compound radius design, in which the 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.