Seymour Duncan SH-4 JB Model Bridge Humbucker Pickup

Powerful and Versatile Humbucker Pickup: The Seymour Duncan JB Model

High Output and Versatility The Seymour Duncan JB Model is a high-output humbucker pickup designed for versatility and power. Whether you're into blues, rock, or thrash, this pickup delivers full lows, crisp highs, and a singing upper-midrange that adds that extra crunch to heavy chords. It meets a wide range of tonal preferences and guitar styles, making it an essential addition to any guitar setup.

Dynamic Sustain The Seymour Duncan JB Model pushes your guitar amp to its limits, providing added sustain and harmonics. It enhances every note, making single notes, solos, and heavy chords stand out. The pickup's high output ensures that each note has a clear and resonant sound, adding depth and character to your playing.

Customizable Tone Achieve the perfect tone with the Seymour Duncan JB Model. Use a 500k volume pot for a brighter, more articulate high end, or opt for a 250k pot for a smoother, more subtle sound. This pickup pairs well with Jazz or '59 neck pickups, or use it in the neck position for an extra-fat solo tone, ensuring you can dial in the exact sound you desire.

Legendary Humbucker The Seymour Duncan JB Model is a true modern classic, with a reputation for iconic tones that has stood the test of time. Over nearly five decades, guitarists have relied on this pickup to deliver that sought-after overdrive, clear tone, and undeniable character. It’s the ultimate hot-rodded humbucker that delivers a powerful, versatile, and timeless sound.

Craftsmanship and Quality Built in the USA, the Seymour Duncan JB Model is handcrafted in our factory in Santa Barbara, CA. This pickup features an Alnico 5 bar magnet, a nickel silver bottom plate, and 4-conductor lead wire for multiple wiring options. It is also vacuum wax potted to ensure squeal-free performance, making it reliable and durable for years of play.

Experience the Seymour Duncan JB Model and bring your guitar sound to new heights.