The Arturia BeatStep is a compact and versatile MIDI controller and sequencer designed for musicians and producers. This robust device combines 16 pressure-sensitive pads with 16 rotary knobs, offering extensive control options for digital audio workstations, software instruments, and hardware synthesizers. With dimensions of 26.5 cm in width, 16.5 cm in depth, and 4.5 cm in height, along with a weight of 650 g, it provides portable functionality for studio and live environments. The BeatStep functions as a three-in-one controller: a step sequencer with 16-step pattern creation and 16 memory slots for instant pattern recall, a percussion controller with pressure-sensitive pads for dynamic drum programming, and a universal control surface for MIDI CC commands and DAW integration. Connectivity includes USB for computer and iPad compatibility, standard MIDI ports for hardware integration, and CV/Gate outputs for controlling analog synthesizers. The step sequencer offers multiple playback modes, timing division controls, and pad scale modes for real-time performance adjustments. As a percussion controller, the responsive pads provide nuanced dynamic control, while the rotary knobs adjust drum parameters. The control surface supports MIDI note messages, MMC commands, program changes, and transport controls for DAW operation. The device can function as a MIDI clock master or slave for external timing sources. Built with durable materials, the BeatStep ensures reliable performance across various musical applications, including clip triggering in Ableton Live, parameter adjustments for software synthesizers, and sequencing for analog devices. Its comprehensive connectivity and multifunctional design make it suitable for electronic music production, live performance, and studio workflow optimization without complex setup procedures.
Item number | 21565198 |
Manufacturer | Arturia |
Category | MIDI controllers |
Manufacturer no. | BEATSTEP-BLACKEDITION |
Release date | 5.7.2022 |
Country of origin | China |
CO₂-Emission | |
Climate contribution |