Behringer Mix-Sequencer 1050 Module

Be the first to review this product


Behringer Mix-Sequencer 1050 Module

Brand: Behringer

List Price: N/A

Buy for:£62.00Only one store In stock

Quick Overview

The Behringer Mix Sequencer 1050 Module is the perfect addition to your Eurorack system to emulate the classic 70s sound of the ARP 2500. A sequencer and mixer is packed into one compact module. This means the 1050 can suit whatever kind of patch you have been dreaming up. Its eight inputs which can...

The Behringer Mix Sequencer 1050 Module is the perfect addition to your Eurorack system to emulate the classic 70s sound of the ARP 2500. A sequencer and mixer is packed into one compact module. This means the 1050 can suit whatever kind of patch you have been dreaming up. Its eight inputs which can be split into two groups of four will have you creating amazing patterns in no time. The intuitive controls feel great to use with the channel onoff buttons give that classic touch....Read More...»»

Features & Specifications

No feature or specification details available

We don't have structured specifications for Behringer Mix-Sequencer 1050 Module yet.

  • The Behringer Mix Sequencer 1050 Module is the perfect addition to your Eurorack system to emulate the classic 70s sound of the ARP 2500. A sequencer and mixer is packed into one compact module. This means the 1050 can suit whatever kind of patch you have been dreaming up. Its eight inputs which can be split into two groups of four will have you creating amazing patterns in no time. The intuitive controls feel great to use with the channel onoff buttons give that classic touch.....from Gear4Music
  • Write Your Own Review

    How do you rate this product? *

      1 * 2 * 3 * 4 * 5 *
    Rating
    Loading best prices…

    Price on the up? Buy today! Follow the Price History for behringer mixsequencer 1050 module

    Compare prices for Behringer Mix-Sequencer 1050 Module - Buy Behringer Mix-Sequencer 1050 Module - Prices checked on June 4, 2026

    Page generated in 0.3311 seconds