Maneco LabsMini Grone Drone Synth Voice

Maneco Labs Mini Grone Drone

Giving you most of the power of the original Grone Drone comes Maneco Labs' Mini Grone Drone, an all-in-one soundscape machine for creating interesting textures and pads of sound. Provided with two generators, the first is a VCO derived from one of 16 binary equations, each of which determine the synthesized signal from three different controls—A0, A1, and A2. From there your pitch can be set via the sample rate control or controlled via the CV input as well as set the output level from the osc level control. The second generator is a white noise source with individual level and output to be used in any fashion. To tame and darken your drone, Mini Grone Drone provides a MS20 style low pass filter with cutoff and resonance controls as well as two modulation inputs for dynamic cutoff performance.

The final stage of drone creation lies in the dual delays, each with individual control over time, a shared feedback, and a shared output level. Both delays have their own modulation sources, each tied to one of the two highly shapeable LFOs with independent rates and waveforms, one of eight to choose from. With additional routing in and out of each section, Mini Grone Drone from Maneco Labs is an amazing module to add to any modular system for a variety of uses.

Mini Grone Drone Features

• Drone synthesizer module
• Miniaturized version of their Grone Drone
• 16 binary equations with three variables (A0, A1, A2) converted to analog oscillator
• Oscillator has a pitch and output level control, as well as CV input to control pitch
• White noise generator with level control and output jack
• Low pass filter replicating and MS20 with cutoff and resonance control as well as two modulation sources
• Delay block including two delay time controls, two modulation controls, feedback control, and delay level control
• Two LFOs, each with eight assignable waveforms and individual rate control
• LFO 1 routed directly to MOD 1 of VCF and delay block 1, LFO 2 routed to delay block 2
• Multiple points of input and output for each section