
Korg MICROKEY261 61-Key USB MIDI Keyboard Controller
Compact and Versatile USB Keyboard ControllerThe Korg MICROKEY261 is a compact and user-friendly USB keyboard controller, perfect for musicians on the go. With its 61 keys, pitch wheel, and damper pedal input, this keyboard provides a seamless playing experience for both beginners and experienced...
*Price sourced from Amazon.com. Last updated:Jun 04, 2026.Price and availability are subject to change.
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Overview
Compact and Versatile USB Keyboard Controller
The Korg MICROKEY261 is a compact and user-friendly USB keyboard controller, perfect for musicians on the go. With its 61 keys, pitch wheel, and damper pedal input, this keyboard provides a seamless playing experience for both beginners and experienced musicians.
Specifications
- Number of Keys: 61
- Connectivity: USB
- Features: Pitch Wheel, Damper Pedal Input
- Compatibility: iPad and iPhone support
Key Features
Bus-powered 61-key USB Keyboard Controller with Mod Wheel
Damper Pedal Input
Class-compliant
Pitch Wheel
Specifications
Pros & Cons
👍 Pros
- Features a compact 61-key layout, providing a full range of notes while maintaining portability.
- Equipped with both a pitch wheel and a modulation wheel for expressive control over sounds.
- Includes a damper pedal input, allowing for sustain and more nuanced musical performance.
- Designed to be class-compliant, ensuring easy setup without the need for additional drivers on many systems.
- Conveniently bus-powered via USB, eliminating the need for an external power supply.
👎 Cons
- As a bus-powered device, it relies on the connected computer or hub for power, which might not be suitable for standalone use.
- The 61-key layout, while portable, might be limiting for pianists requiring an 88-key range for certain compositions.
- Lacks specific mention of built-in sounds or speakers, indicating it is primarily a controller for software instruments.
- The inclusion of only basic controls like pitch and mod wheels may not satisfy users needing more extensive hands-on parameter manipulation.