NEW Dunlop JCT95 Justin Chancellor Wah

Dunlop JCT95 Justin Chancellor Wah

Are you looking for a versatile bass effects pedal that combines wah, filter, and fuzz in a signature model? The Dunlop JCT95 Justin Chancellor Wah was developed in collaboration with Justin Chancellor of Tool and offers a combination of distinctive wah sounds, a special U.K. filter mode, and a built-in vintage fuzz effect.

The Dunlop JCT95 Justin Chancellor Wah is especially designed for bassists looking for expressive, experimental, and assertive sounds. The combination of wah mode, filter sounds, and fuzz enables a wide range of sounds, from classic effects to distinctive signature tones.

Justin Chancellor Signature Bass Wah

The Dunlop JCT95 Justin Chancellor Wah is a signature model by Tool bassist Justin Chancellor. It was developed to provide specialized wah and filter sounds for the bass range and is suitable for creative sound design across various musical styles.

The two available modes allow you to create different tonal characters. Wah mode offers classic wah effects, while U.K. Filter mode provides a unique filter sound.

Wah mode, U.K. Filter, and Vintage Fuzz

The Dunlop JCT95 Justin Chancellor Wah combines three key effect categories: bass wah, filter, and fuzz. This allows bass signals to be not only modulated but also distorted and significantly altered in tone.

The built-in Vintage Fuzz effect further expands the range of possible sounds. From aggressive, raw textures to distinctive effect passages, a wide variety of timbres can be created.

Custom sound shaping via multiple controls

The Dunlop JCT95 Justin Chancellor Wah features numerous controls for precise adjustment. Wah Volume and Wah Q influence the wah range, while U.K. Filter Volume and U.K. Filter Q control the filter section.

In addition, Fuzz Gain, Tone, and Volume allow for detailed adjustment of the built-in fuzz effect. Bypass Delay also lets you influence the behavior during bypass operation.

Easy operation and rugged connections

Operation is controlled via the Wah Select and Fuzz Select footswitches. An LED indicates when the effect is active. This makes the Dunlop JCT95 Justin Chancellor Wah easy to use in live performance situations.

6.3-mm jack inputs and outputs are available for connecting to an instrument and amplifier. Power can be supplied either via a 9-V battery or a 9-V DC power adapter.

Power Supply and Technical Specifications

The Dunlop JCT95 Justin Chancellor Wah has a current draw of 48 mA. The AC adapter connector is a 5.5 x 2.1 mm barrel jack with the negative terminal on the inside.

Thanks to its flexible power options, the pedal is suitable for both stationary use on a pedalboard and for mobile applications during rehearsals and performances.

Purchase Recommendation

The Dunlop JCT95 Justin Chancellor Wah is a great choice for bassists looking for a versatile effects pedal with wah, filter, and fuzz functions. In particular, the combination of the Justin Chancellor signature sound, two filter modes, vintage fuzz, and extensive customization options makes the pedal a creative tool.

If you want to add more character, movement, and expression to your bass sound, the Dunlop JCT95 Justin Chancellor Wah offers a versatile solution for the studio, stage, and experimental sound design.

Features:

• Product Type: Bass Wah / Filter / Fuzz Effects Pedal
• Model: Dunlop JCT95 Justin Chancellor Wah
• Signature Model: Justin Chancellor (Tool)
• Effects: Wah, Filter, and Fuzz
• Wah mode and U.K. Filter mode
• Vintage Fuzz effect
• LED: Effect On
• Footswitches: Wah Select
• Footswitch: Fuzz Select
• Fuzz IND CTRL
• Input jack: 6.3 mm jack
• Output jack: 6.3 mm jack
• Power adapter connector: 5.5 x 2.1 mm barrel plug
• Polarity: Negative pole inside
• Current draw: 48 mA
• Power supply: 9 V battery or 9 V DC power adapter
• Controls: Wah Volume, Wah Q, U.K. Filter Volume, U.K. Filter Q, Fuzz Gain, Tone, Volume, Bypass Delay

Specs:

• Color: Blue
• Effect Type: Multi-Effects Pedal
• Type: digital Effects Processor
• Theme: Guitars and Basses

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