EBS Announces Stanley Clarke Signature Wah-Wah

EBS releases its first signature pedal ever -- a Wah-Wah with Stanley Clarke.

Bromma, Sweden (December 31, 2008) -- For the first time in EBS' 20 year history, the company will release a signature product—and not just with anybody, but legendary bass player and composer Stanley Clarke.

The EBS Stanley Clarke Signature Wah-Wah is developed according to Stanley's personal taste and requirements with the intention to create the most accurate and sonically fulfilled bass wah-wah available.

The pedal works in four different modes: Low-pass, High-pass, Band-pass and Boosted Band-pass. It also features adjustable controls for Bandwidth and Frequency range. The footswitch is flexible and can switch between Wah-wah/bypass or Wah-wah/Volume. The pedal uses true bypass techniques.

The pedal was designed and developed by EBS Sweden AB in collaboration with luthier Thomas Lieber from Spellbinder Corp. USA and musician Stanley Clarke. Official release will be at the EBS booth D 3382 at the NAMM Show in January 2009. Stanley Clarke will appear for a meet-and-greet at 12 p.m. on Friday, January 16.

Price has yet to be announced.


For more information:
ebssweden.com

Kick off the holiday season by shopping for the guitar player in your life at Guitar Center! Now through December 24th 2022, save on exclusive instruments, accessories, apparel, and more with hundreds of items at their lowest prices of the year.
We’ve compiled this year’s best deals in the 2022 Holiday Gift Guide presented by Guitar Center.

Read MoreShow less

Mystery Stocking is coming soon! Sign up for PG Perks below so you don't miss it.

Read MoreShow less

Featuring the Adaptive Circuitry recently introduced on their Halcyon Green Overdrive, Origin Effects have brought us a pedal with a character all of its own and a new flavor of drive.

Read MoreShow less

The Badlander 25 is designed to carry the tradition of high performance, high gain forward with tight low end, an aggressive midrange character, and enhanced harmonic content.

Read MoreShow less