Gospel Organ

Gospel Organ is a Hammond organ emulation designed to capture the distinctive gospel organ sound heard in churches worldwide. The tone is sampled from an authentic A100 organ. This hybrid sample-based instrument uses synthesis to replicate harmonic fold-back and dynamic start positions, ensuring that no tones are phasing. It includes all essential organ features, such as percussion, noise, and vibrato, all emulated from hardware sources. Each tone, including drawbars, bass, and percussion, has dedicated synthesis controls (such as AMP, Filter, and LFO). The effects section offers five insert effects per tone, two global effects racks, and a master effects section, each with up to five insert effects, providing extensive control. Additionally, it features an intuitive MIDI Learn function, allowing for seamless integration with your DAW.

Highlights:

• A100 Advanced Sampled Model.
• Authentic Vibrato Options.
• Authentic Percussion with volume controls.
• Dedicated Key Click Controls.
• Dedicated Noise controls.
• Dedicates synthesis and effects for individual tones and effects.
• Easy Drawbar MIDI Learn/Save.
• Harmonic Foldback and De-Phasing.
• Resizable Interface.
• Chord and note display.
• Separate Drawbar Mixer.

Gospel Rotary Features

Gospel Rotary is a physically modeled Leslie rotary emulation that accurately replicates the Doppler effect and cabinet tone of a real 145 cabinet speaker. We captured the impulse response from twelve different positions of the horn and drum and reassembled them in code to produce a precisely modeled Leslie tone. Additionally, we used various microphone types and positions, with the ability to dynamically adjust mic angles. We also isolated the noise component of a real Leslie, offering separate drum and horn noise algorithms that respond to the organ sound input. Finally, we included independent 11-band EQs and filters for the horn and drum, allowing you to finely tune any tone you desire.

Highlights:

• AUv3 and Standalone.
• Physical Modeled Rotary.
• Authentic cabinet tone.
• Independent drum and horn speeds.
• Different drum algorithms.
• Dynamic mic positions.
• Multiple Mic Positions.
• Different mic types.
• Dedicated Horn and Drum EQ.
• Physical modeled Horn and Drum Noise.
• Adjustable Horn and Drum Pitch Mod.
• Rotary spinning noise synced with rotor.

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