2019 Mad Professor Mad Professor Big Tweedy Drive Tweed

Moe's Guitars have joined the family of Factory Authorized Mad Professor Dealers. Please take a moment watch the video demonstration of this unique pedal.
"Do not leave home without your tone."

Moe

BIG TWEEDY DRIVE

Big Tweedy Drive pedal is voiced after a super rare High Powered Tweed Twin amp. The pedal gives you the highly sought-after vintage tone that has big fat punchy midrange and sweet gnarly bite like the late 50 ́s American amplifiers.

Like the big vintage tweed amps, the Big Tweedy Drive has the same tactile dynamics and touch sensitivity players are raving about: adjust the amount of gain with your picking attack or the guitar volume. This makes the pedal fit into a surprisingly broad range of genres: jazz, blues, rockabilly, country and rock ́n ́roll.

The pedal stacks very well too. So you can find the more saturated and higher gain tones by placing a booster or an overdrive in front of the Big Tweedy Drive for extra gain and sustain. Or you can place the Big Tweedy Drive in front of a clean amplifier or boost an already distorted amp.

The tone controls help you to fine-tune your tone when using the pedal with different guitars and amplifiers.The pedal cleans very well from the guitar volume pot and thanks to the finely balanced compression the volume level will be adjusted just the right amount.

CONTROLS VOLUME: Sets the output voltage.

GAIN: Adjusts the amount of distortion.

TONE: Adjusts high-frequency tone. Adjustment range is from significant high-frequency cut to slight high-frequency boost. The wide spectrum Tone control can either soften the tone or add some brightness to your straight signal.

PRESENCE: You can fine tune the shimmer and cut with Presence knob that adjusts the upper high end. Turn both TONE and PRESENCE knobs down for a mellow fat tone or turn them up for a bright cutting rock tone

ELECTRICAL SPECIFICATIONS

Current consumption 10 mA at 9VDC Supply voltage range 7.5V to 12V (9V recommended, the sound of the pedal depends on supply voltage) Input impedance 220k Ohm at 1kHz Output impedance 1k Ohm Complete bypass (true bypass) .