Showing 1–12 of 39 results, including child brands

MAXON 10 AD-10 ANALOG DELAY

168.93
100% analog delay pedal ranging from 35ms to 600ms. Its low-noise circuit design eliminates any signal distortion, offering a crystal

MAXON 10 ASC-10 AMBIENT STEREO CHORUS

168.93
100% analog stereo chorus with 2 outputs, it offers spacious and rich chorus effects and simulate Leslie speaker by accelerating

MAXON 10 BD-10 HYBRID BASS DRIVER

150.06
It’s called hybrid because it is a joint development effort which combined Maxon’s proven and trusted reputation in the field

MAXON 10 DB-10 DUAL BOOSTER

159.50
Dual boost pedal with two completely independent boosters, Vintage and Clean. Clean Boost allows to cut your sound through the

MAXON 10 FA-10 FUZZ ELEMENTS AIR

150.06
FA10 recreates the classic Octave/Fuzz effects of vintage Japanese pedals, offering a powerful sound by adding upper and lower harmonic

MAXON 10 FE-10 FUZZ ELEMENTS ETHER

150.06
FE10 expands on Octave/Fuzz sounds of FA10 by adding a parametric tone section to the circuit. By selecting a specific

MAXON 10 FEA-10 FUZ ELEMENTS EARTH

150.06
This pedal recreates the legendary sounds of early 70’s transistor distortion pedals. Aggressive while still retaining excellent note definition, it

MAXON 10 FF-10 FUZZ ELEMENTS FIRE

150.06
Designed to emulate one of Japan’s most sought-after vintage pedals, the FF10 offers two distinct fuzz effects in one pedal.

MAXON 10 FV-10 FUZZ ELEMENTS VOID

150.06
Perhaps the most unique of the Fuzz Elements models, the FV10 circuit generates lots of even-order harmonic overtones to provide

MAXON 10 FW-10 FUZZ ELEMENTS WIND

150.06
Modeled after the legendary sounds of late 60’s British fuzz tones, the FW10’s classic circuit design provides a smooth, mid-gain

MAXON 10 FWA-10 FUZZ ELEMENTS WATER

150.06
The FWA10 expands on the classic fuzz/distortion sounds of FEA10 by adding a parametric tone section to the circuit. By

MAXON 10 OD-808X OVERDRIVE EXTREME

121.75
Built on the same circuit as the OD-808, it has a different frequency response with a spectrum which goes deeper