Seymour Duncan Slash 2.0 Neck Humbucker Black Nickel 4-Conductor SE Pi

Seymour Duncan Slash 2.0 Neck Humbucker Black Nickel 4-Conductor SE Pickup

The Slash 2.0 Neck Humbucker captures an articulate, balanced voice with enough clarity to cut through a mix while maintaining the warmth essential for neck position recordings. This black nickel-finished unit delivers the refined tonal character that defined the Slash signature line, engineered to sit cleanly alongside bridge pickups in high-output setups without sacrificing definition or responsiveness during tracking and overdubs.

Tone & Electronics

Rated at 8.8 kΩ DC resistance, this neck pickup operates in the medium-output range, supplying smooth sustain and harmonic richness across all registers for layered arrangement work. The Alnico II magnet contributes natural compression and organic breakup, while wax potting eliminates microphonic feedback and ensures tonal stability under sustained playing and high-gain production scenarios.

Design & Build

Hand-built in Santa Barbara with meticulous attention to detail, this pickup features a nickel silver baseplate with long mounting legs for secure installation and reliable electrical contact in the studio. The maple spacer and paper tape construction contribute to harmonic clarity during critical tracking sessions, while the single-conductor braided shield lead wire provides robust shielding against interference in complex studio environments.

Key Features

• DC Resistance: 8.8 kΩ (neck position)
• Magnet Type: Alnico II
• Black nickel finish
• 4-conductor wiring for coil-split flexibility
• Hand-built in Santa Barbara
• Wax potted construction eliminates microphonics
• Nickel silver baseplate with long mounting legs
• Maple spacer material
• Single-conductor braided shield lead wire
• Paper tape construction for tonal precision

This Slash 2.0 neck pickup serves as a refined, versatile tool for producers and engineers capturing clarity and sustain in a mid-output configuration across diverse recording applications.