The legendary Hammond B3 organ sound lives on in the compact B4000+, powered by Analog Devices' renowned Sharc DSP technology. This sophisticated digital recreation captures every nuance of the original electromechanical instrument, including the electrical and mechanical imperfections that gave the B3 its distinctive character. From the voluminous bass response to the defined midrange and that unmistakable screaming treble, the B4000+ faithfully reproduces the authentic sound of a living Hammond organ.
At the heart of this simulation lies meticulous attention to detail - all 91 tonewheels are individually modelled with optional crosstalk and mechanical wear characteristics. The unit provides full polyphonic operation alongside scanner vibrato, tube amplifier simulation, reverb, and the iconic Leslie speaker cabinet emulation, all perfectly calibrated for authentic performance.
Connectivity options make the B4000+ remarkably versatile for live and studio applications. Two keyboards can connect directly to the MIDI ports without requiring a merger, allowing simultaneous upper and lower manual playing. Add a pedal manual for complete three-manual operation with full polyphony, or utilise the internal split mode when using a single keyboard. USB MIDI connectivity enables seamless integration with sequencers for recording and playback, while the analogue input allows external signals to be processed through the effects chain.
This pocket-sized powerhouse represents an affordable solution for musicians seeking that legendary Hammond organ sound without compromise. The B4000+ delivers professional-grade B3 simulation in a highly portable format that's perfect for any musical setting.
- 9 drawbars
- 6 high resolution metal dials
- TFT colour display
- Physical circuit modelling
- Rotating speakers emulation
- Tube amplifier emulation (with overdrive)
- FX section: chorus/vibrato, reverb, compressor
- Global tuning
- MIDI keysplit and velocity
- 128 presets
- 3 full polyphony manuals
- Percussion (including harmonic, attack, decay)
- Mechanical emulation including keyclick and key contact delay simulation



