Seymour Duncan Sat Nght Spcl Neck Raw Nickel Rad Gold Msh Pickup

Seymour Duncan Saturday Night Special Neck Pickup — Raw Nickel with Rad Gold Mesh

The Seymour Duncan Saturday Night Special neck pickup delivers articulate, balanced clarity with a vintage-forward character that cuts through the mix without overwhelming your tone. The Alnico 4 magnet and moderate output give you responsive dynamics and note definition on stage, tracking cleanly through overdrive and sustain. Built with meticulous attention to detail in Santa Barbara, this pickup performs equally well in clean tones and when pushing your amp hard during live sets.

Tone & Output Character

With a DCR of 7.90 ohms, this neck model produces a focused, articulate response that preserves string-to-string clarity while keeping the warmth intact. The Alnico 4 magnet contributes to a smooth, musical midrange and natural breakup character that reacts immediately to how hard you dig in and how you tweak your amp settings—essential for gigging musicians who need to shape their tone on the fly.

Construction & Wiring

The pickup features four-conductor wiring for flexible coil-splitting and series/parallel wiring options in compatible switching schemes. Short mounting legs and a maple spacer ensure stable installation and tonal consistency through the rigors of regular gigs, while the raw nickel and rad gold mesh finish reflects Seymour Duncan's premium build standards and will hold up to the road.

Key Features

• Alnico 4 magnet for balanced, articulate tone
• DCR: 7.90 ohms (neck position)
• Four-conductor wiring for coil-splitting capability
• Maple spacer for tonal stability
• Short mounting legs for secure installation
• Raw nickel with rad gold mesh finish
• Made in Santa Barbara, California
• Vintage-forward character with modern clarity

This Saturday Night Special neck pickup delivers responsive dynamics with refined tone—a reliable choice for gigging players who need versatility and articulation across a wide range of playing styles and live situations.