ESP LTD KS M-6 Evertune Ken Susi Metallic Silver Guitar 0273

ESP LTD KS M-6 Evertune Ken Susi Metallic Silver Guitar

The KS M-6 is a neck-through instrument engineered for aggressive lead work and precision finger technique without compromise. Its thin U-contour neck and 42mm nut width deliver fast fretboard access and comfortable string spacing, while the Evertune F-model bridge locks tuning solid through intense bending and divebomb techniques. This is a working tool for players who demand playability matched to tonal authority in modern metal and progressive rock contexts.

Playability & Feel

The 3-piece maple neck with thin U contour pairs with a macassar ebony fingerboard featuring 24 XJ frets and 350mm radius to support both precision playing and aggressive bending without dead spots. The 25.5" scale length and 42mm molded nut width balance lead technique with chord work, and the neck-through construction distributes weight for extended playing sessions without fatigue.

Tone & Electronics

Fishman Fluence Modern Humbucker pickups—Alnico neck and Ceramic bridge—paired with active electronics deliver note clarity at high volumes and controlled sustain that cuts through distortion. The push/pull volume and tone controls with 3-way switch provide real tonal shaping, while neck-through mahogany construction contributes resonance and sustain character without relying on effects chains.

Key Features

• Neck-through construction with mahogany body
• 3-piece maple neck with thin U contour
• Macassar ebony fingerboard with 24 XJ frets
• 350mm fingerboard radius
• 25.5" scale length
• 42mm molded nut width
• Evertune F-model bridge for tuning stability
• Fishman Fluence Modern Humbucker pickups with active electronics (Alnico neck, Ceramic bridge)
• Push/pull volume and tone controls with 3-way switch
• Chrome hardware with LTD tuners
• Metallic silver finish
• D'Addario XL120 strings (.009/.011/.016/.024/.032/.042)

The KS M-6 delivers the playability, tuning stability, and tonal character that rewards both precision technique and high-intensity performance.