• Poplar body
• Caramelized maple bolt-on neck
• Ebony fingerboard with 24 stainless steel jumbo frets
• 20" fingerboard radius
• Two Jackson Uncovered Direct Mount MM1 humbuckers in neck and bridge position
• Master Volume and Master Tone (can be activated via push/pull)
• Jackson HT-6 hardtail bridge
• Jackson locking tuners
• Dunlop Dual-Locking Strap Locks
• Blue Sparkle high gloss finish
• Gig bag included
  
  

The Jackson Pro Plus Series Signature Misha Mansoor Juggernaut HT6 Blue Sparkle is the weapon of choice for djent pioneer and fretboard high-flyer Misha Mansoor, who is clearly one of the greats of progressive metal with his band Periphery. As a Pro Plus Series instrument, the Juggernaut offers some interesting appointments that clearly make it the perfect companion for tight high-gain riffs and razor-sharp leads. Furthermore, Jackson Guitars has given the Pro Plus Series Signature Misha Mansoor Juggernaut a matching gig bag.

The basic design of the Juggernaut consists of a poplar body with wide cuts and a bolt-on neck. The maple used for the neck has undergone a caramelization process, which removes resins and other decomposition products from the wood by heating, thus providing additional stability. The neck is finished off with an ebony fingerboard with 24 jumbo frets made of stainless steel, which, with its ultra-flat 20" radius, creates the ideal basis for carefree layered playing and sustain-rich bends.

The two Jackson MM1 humbuckers in the neck and bridge positions of the Pro Plus Series Signature Misha Mansoor Juggernaut were wound entirely according to Misha's specifications and correspond to his sonic ideas of a sophisticated metal pickup down to the last detail. The result is a particularly brute output-strong pickup that always remains tight and knows how to reproduce percussive rhythm playing with clear contours. To maintain the greatest possible clarity in the sound of the pickup, the tone control has a push/pull function. This only activates the tone control as soon as it is needed and otherwise removes it from the signal path.