MXR M299 Carbon Copy Mini Analog Delay Pedal

MXR M299 Carbon Copy Mini Analog Delay Pedal captures all the mojo and versatility of the original Carbon Copy delay — the BBD-based analog signal path and 600ms of lush modulated repeats — in a space-saving mini format. In fact, the M299 touts expanded versatility courtesy of its two switchable voicings, which look to two Carbon Copy circuits of renown. In default mode, the M299 dishes out the same dark, chewy repeats that launched the original Carbon Copy into pedalboard preeminence. Engaging the Bright switch, inspired by the Carbon Copy Bright, adds sparkle and definition to suit an even wider range of players and needs. Simple controls and a toggleable mode switch make it quick and easy to stumble upon drippy slap echoes to lingering, ghostly wails. Best of all, the M299 Carbon Copy Mini comes in a size that suits any travel board or fly rig, with a format that sips current from your power supply.

 Mini format. Analog signal path.

The MXR M299 Carbon Copy Mini Analog Delay Pedal features an entirely analog audio path, delivering rich, warm repeats using old-school bucket brigade technology. The Carbon Copy Mini boasts 600ms of delay time, with optional modulation via a top-mounted switch, and a simple 3-knob layout to give you complete control over Delay (time), Mix (dry/wet blend), and Regen (number of repeats) — all in one incredibly compact pedal. The M299 gives you everything from crisp bathroom slap echoes to epic delays with the simple twist of a knob. And thanks to its reduced size, the Carbon Copy Mini is sure to find a home on any pedalboard you own.

MXR M299 Carbon Copy Mini Analog Delay Pedal Features

• 2 Carbon Copy delays in a mini format
• Default mode dishes out the original’s dark, soft-edged repeats
• Bright switch captures the presence and articulation of the Carbon Copy Bright
• The entirely analog audio path
• Uses bucket brigade technology
• 600ms of delay time
• 3-knob layout with Delay, Mix, and Regen
• Top-mounted Mod switch engages tape-style modulation