The Seymour Duncan Slash LLT 2.0 Bridge Humbucker delivers the hotter output Slash demanded after years of stadium touring with Guns N' Roses and The Conspirators. This hand–wound passive humbucker pushes the familiar APH–2 tonality into higher–gain territory whilst preserving the clarity and midrange definition that defined records from Appetite for Destruction through Velvet Revolver. The zebra coil configuration pairs vintage aesthetic with modern wiring flexibility via four–conductor cable.
Bridge position DCR measures 9.38k, driven by Alnico 2 rough cast magnets that provide smooth top–end response without sacrificing attack. Hand–built in Santa Barbara using nickel silver bottom plates, maple spacers, paper tape and wax potting, this pickup employs the same construction methods Seymour Duncan used in the 1980s. Short ear mounting legs accommodate direct installation across a wider range of guitar body routings, whilst four–conductor wiring enables coil splitting, series/parallel switching and phase reversal configurations.
The LLT designation indicates this pickup is wound to order with approximately three to four weeks added production time. This made–to–order approach ensures each unit receives the precise wind spec Slash refined through multiple world tours, balancing increased volume and compression against the transparent harmonic response required for both rhythm crunch and sustaining lead work. USA designed and manufactured throughout the entire signal path.
Features
- Bridge position passive humbucker with 9.38k DCR resistance measurement
- Alnico 2 rough cast magnets for smooth frequency response
- Four–conductor cable enables coil splitting and series/parallel wiring options
- Short ear mounting legs for wider guitar compatibility and direct mounting
- Hand–wound construction with nickel silver bottom plate and wax potting
- Zebra coil finish with black and cream bobbin configuration
- Made to order with three to four week extended lead time
- USA designed and manufactured in Santa Barbara facility



