This pedal is in great shape it was rarely used
the original box it came in is in good shape the name was already scuffed when it arrived but doesnt effect see pictures for details
The Dunlop MXR Slash Octave Fuzz (SF01) is an all-analog pedal combining a main fuzz effect with independent sub-octave and octave-up voices, all housed in a heavy-duty enclosure with custom Slash graphics. It features a foot-switchable octave-up function and a switch to blend the sub-octave into the fuzz. Users can also adjust the Octave Up Fuzz's intensity and EQ using internal Gain and Tone pots.
Key Features
• Three Effects in One:
Offers a thick, vintage fuzz, a low-end sub-octave growl, and a high-end, psychedelic octave-up fuzz.
• Independent Octave Control:
A separate footswitch activates the octave-up function, allowing it to be used with or without the main fuzz.
• Sub Octave Blend:
A switch on the pedal's top panel controls whether the sub-octave sound is sent to the fuzz circuit (for a dirty octave) or run clean.
• Internal Trim Pots:
Contains internal Gain and Tone pots for fine-tuning the Octave Up Fuzz effect's intensity and EQ.
• Durable Construction:
Features a heavy-duty metal housing, durable jacks, and switches, built for road use with a rugged, distressed finish and custom Slash graphics.
• True Bypass:
Equipped with true hardwire bypass to maintain your clean guitar signal when the pedal is disengaged.
• Analog Circuitry:
All-analog components for a warm, vintage tonal character.
Controls
•
Volume, Tone, Fuzz:
Knobs on the pedal's top panel control the level, EQ, and intensity of the main fuzz effect.
•
Sub Into Fuzz Switch:
A push-button switch to send the sub octave into the fuzz circuit or bypass it.
•
Octave Up Footswitch:
A footswitch that engages or disengages the Octave Up voice.
•
Internal Gain & Tone Pots:
Trim pots accessible inside the pedal to shape the Octave Up Fuzz's effect.
Power
• 9-Volt DC Power Supply: Requires an optional 9V DC power adapter.
• Battery: Can also be powered by a single 9V battery.