Skip to product information
1 of 4

tiganegerimusic

TC ELECTRONIC FLASHBACK 2 DELAY Legendary Delay Pedal with Groundbreaking MASH Footswitch

TC ELECTRONIC FLASHBACK 2 DELAY Legendary Delay Pedal with Groundbreaking MASH Footswitch

Regular price Rp 3.095.900,00 IDR
Regular price Sale price Rp 3.095.900,00 IDR
Sale Sold out
Tidak ada variant

FLASHBACK 2 DELAY packs our entire delay legacy into a single compact and affordable stompbox that's designed for now – and the future. Our groundbreaking MASH technology adds an expression pedal to a world-class delay stompbox that responds to your touch and saves precious pedalboard space – and blends the ethereal world of delay with the ultimate in personal expression. Add the brand-new Crystal delay algorithm and two additional TonePrint slots, and the soon-to-be legendary FLASHBACK 2 DELAY brings a wealth of new dimensionality to your quest for tonal perfection!

Product Features

  • egendary delay pedal returns, offering an innovative pressure-sensitive footswitch and a new crystal delay effect

  • Groundbreaking MASH technology turns footswitch into a pressure-responsive expression controller

  • Ethereal crystal delay algorithm pitches your delays up an octave through each feedback loop to give an other-worldly shimmer

  • TonePrint-enabled to let you beam cool signature tones into your pedal with the free TonePrint App

  • 3 dedicated TonePrint slots for storing signature effects

  • 8 exceptional delays including hyper-realistic tape warble and self-oscillation

  • MASH footswitch gives you powerful effect-specific mix, modulation or feedback control

  • Stereo input doubles as tap tempo input for controlling delay time with external pedal

  • Design your own customized delay effects from scratch with free TonePrint Editor for PC, Mac* and iPad*

  • 3 delay subdivisions with quarter note, dotted eighth note and combination selections

  • True bypass allows for optimum clarity and zero high-end loss when the pedal is off

  • Analog-Dry-Through maintains total integrity of analog dry signal path even when delay effect is engaged


View full details