Brand

MXR

MXR is a renowned manufacturer of guitar effects pedals and audio electronics, recognized for their classic designs and high-quality sound. Established in the 1970s, MXR has played a significant role in shaping the landscape of effects pedals, producing iconic units that have become staples in countless musicians’ rigs. The company’s pedals are celebrated for their rugged construction, intuitive controls, and versatile tones, making them popular among guitarists and bassists across genres.

MXR’s product lineup encompasses a wide range of effects categories, including distortion, delay, modulation, and more. Some of their most notable pedals include the Phase 90 phaser, the Dyna Comp compressor, and the Carbon Copy analog delay, all of which have earned legendary status among players for their distinctive sound and reliability. With a legacy of innovation and a commitment to quality, MXR continues to be a respected name in the world of guitar effects, inspiring musicians to explore new sonic possibilities and express themselves creatively.

Category

Chorus Pedals

Chorus pedals mix the dry signal with one or more short, modulated delays to create movement, width and gentle pitch variation. Rate controls the speed of the modulation; depth controls its excursion; blend, tone and stereo routing determine how prominent the effect becomes. Slower, shallow settings can add width without obscuring the note, while deeper settings move towards a seasick or synthetic wobble. Some designs use analogue bucket-brigade circuits, while others use DSP and presets. Check mono compatibility and headroom if the pedal will sit after drives or before a mixer.

Tags

Analogue

Uses continuous analogue circuitry for some or all of the audio path, so clipping, filtering or modulation arises from physical components rather than sampled algorithms. Check the exact signal path.

Digital

Uses digital conversion and processing to create, store or control the effect. This can provide presets, complex routing and repeatable algorithms, but latency, conversion and power requirements depend on the design.