Ernie Ball
Ernie Ball MVP Volume Pedal
The Ernie Ball MVP Volume Pedal is a highly versatile active volume pedal designed to provide precise control, transparent tone, and powerful gain shaping for both live and studio performance. Built to work seamlessly with both active and passive instruments, the MVP delivers smooth volume swells, rhythm-to-lead boosts, and exceptional signal integrity without the high-frequency loss often associated with traditional volume pedals.
A standout feature of the MVP is its adjustable minimum volume control, allowing players to set the heel-down position anywhere from complete silence up to 50% volume — perfect for maintaining rhythm levels while instantly boosting to full output. The adjustable gain control also allows the toe-down position to deliver up to 20dB+ of clean boost, making it ideal for solos and lead passages.
The dedicated tuner output remains active at all times without affecting the audio signal, enabling silent tuning at any volume level. Thanks to its active circuitry, the MVP can be positioned anywhere in the signal chain while maintaining consistent tone and response.
With an improved sweep for smooth and accurate volume control, the Ernie Ball MVP Volume Pedal is an outstanding choice for guitarists, bassists, and multi-instrumentalists seeking premium performance and flexibility.
Key Features
- Active volume pedal for guitar and bass
- Works with both active and passive signals
- Adjustable minimum volume control
- Up to 20dB+ adjustable gain boost
- Dedicated always-on tuner output
- No high-frequency tone loss
- Improved sweep for smooth volume control
- Can be placed anywhere in the signal chain
- Powered by 9V battery or optional AC adapter
Specifications
- Type: Active Volume Pedal
- Minimum Volume Control: Adjustable from 0% to 50%
- Gain Boost: Up to 20dB+
- Tuner Output: Always active
- Signal Compatibility: Active & Passive Instruments
- Power Requirements:
- 9V Battery
- Optional AC Adapter (not included)
- Placement: Anywhere in signal chain
- Sweep: Improved sweep design for precise control
