Seymour Duncan Wavelength Solo Nylon String Acoustic Guitar Pickup Seymour Duncan

Unlock the true potential of your nylon-stringed acoustic guitar with the Seymour Duncan Wavelength Solo Acoustic Guitar Pickup. Crafted by a company dedicated to delivering high-quality pickup systems that faithfully capture your instrument’s natural sound, the Wavelength Solo is tailor-made for nylon-string acoustics.

At the heart of the Wavelength Solo pickup is an under-saddle piezo transducer that excels at capturing your guitar’s genuine acoustic resonance. This innovative design places the piezo sensor at the most resonant point of your guitar, right under the saddle and bridge. Seymour Duncan’s meticulous engineering ensures that this piezo system avoids the common pitfall of producing the dreaded “piezo quack,” delivering only the purest and most natural sound.

The magic happens within the pickup’s guts. The Wavelength Solo combines a slim piezo polymer transducer with a high-headroom preamp powered by 18 volts, offering twice the dynamic range of standard 9-volt pickup systems. This means you can strum your nylon-string guitar with all the passion you desire, knowing that your audience won’t be subjected to any undesirable sonic artifacts. Instead, you’ll experience a balanced, clear, and full-bodied tone that will captivate both you and your listeners.

Whether your nylon-string acoustic has a 6-string or 12-string configuration, the Seymour Duncan Wavelength Solo accommodates a wide range of string spacings with ease. Installation is a breeze, allowing you to quickly and effortlessly enhance your acoustic guitar’s amplified sound. Plus, if you ever want to add another pickup source, a microphone, or a soundhole pickup, the Wavelength Solo features a second-source input for added versatility.

Elevate your nylon-stringed acoustic guitar to new heights of amplified tone and clarity with the Seymour Duncan Wavelength Solo Acoustic Guitar Pickup. It’s your ticket to experiencing the true voice of your instrument in any performance or recording scenario.