Seymour Duncan Slash 2.0 Bridge Humbucker Reverse Zebra Pickup

Seymour Duncan Slash 2.0 Bridge Humbucker Reverse Zebra Pickup

The Slash 2.0 Bridge Humbucker Reverse Zebra captures articulate, focused high-end response and punchy midrange that cuts through dense mixes, with refined coil balance for tighter note definition and improved clarity in recorded tracks. This hand-built pickup excels in high-gain and classic rock recording sessions, offering controlled feedback and excellent string separation without sacrificing the warmth and sustain that engineers expect from an Alnico 2 humbucker.

Tone & Recording Character

Built with Alnico 2 magnets and a nickel silver bottom plate with long mounting legs, this pickup achieves smooth, responsive tone with natural compression and sustain that translates well to tape and digital recording. The reverse zebra coil configuration places the cover on the rhythm side, allowing the treble side to vibrate freely for enhanced articulation and definition at the bridge position, resulting in clearer transients and improved separation during mix-down.

Electronics & Specifications

The 9.38 kΩ DC resistance sits in the medium-output range, balancing sensitivity and headroom for both clean and driven tones without excessive noise or unwanted artifacts in recordings. Standard single conductor braided lead wire integrates easily into most guitar wiring schemes, while the maple spacer, paper tape, and wax potting ensure solid construction and reliable, consistent performance across multiple takes and sessions.

Key Features

• Alnico 2 magnet type
• 9.38 kΩ DC resistance (bridge)
• Reverse zebra coil configuration
• Nickel silver bottom plate
• Long mounting legs
• Single conductor braided lead wire
• Maple spacer construction
• Paper tape and wax potting
• Hand-built in Santa Barbara
• Standard bridge humbucker configuration

Hand-crafted in Santa Barbara with time-tested materials and design, the Slash 2.0 Bridge Humbucker Reverse Zebra delivers the articulate, focused tone and reliable performance that studio recordings depend on.