- Stock: In Stock
- Model: DMMDM-P2B8-P10-SET
Combi pack of two P2B8 and one P10 controller. The difference to purchasing the controllers separately is that
- You get one 30 cm controller connection cable in addition.
- They come in a common box.
- You get one sheet of 8mm stickers for labelling the buttons.
- You save some money.
Width: 15 HP
Depth: 25 mm
Current Draw: 12 mA +12V | 0 mA -12V | 0 mA 5V
Each P10 controller has 2 large and 8 small potentiometers. You can control any function in your DROID patch with any of these 10 knobs. Each knob simply gives a value between 0 and 1, which you can assign to any function, e.g. the attack, release, sustain and decay values of an envelope or the steps of a sequencer.
Current Draw: 10 mA +12V | 0 mA -12V | 0 mA 5V
Depth: 25 mm
The LED color of the P2B8s is white.
The P2B8 controller has two potentiometers (knobs) and eight push buttons - hence the name. In your DROID patch you can assign arbitrary functions to the bottons and pots. The P2B8 is a good choice if it is your first or your only controller. With the buttons it is possible to "overlay" the pots with various functions, so you are not limited to controlling just two parameters.
Shipping includes a short ribbon cable for connecting the controller to the master or to the previous controller. If you want to place the controller further away from the master, you can purchaser longer ribbon cables here in the shop.
The color of the LEDs in the buttons is white. The P2B8 is also available with other LED colors:
The P2B8 controller is also part of several sets:
Width: 5 HP
Depth: 25 mm
Shipping includes a short ribbon cable for connecting the controller to the master or to the previous controller. If you want to place the controller further away from the master, you can purchaser longer ribbon cables here in the shop.
You can connect up to 16 controllers to each DROID master.
The P10 is part of a controller set together with two P2B8s, and also part of the Live Kit.
Width: 5 HP
Current Draw: 34 mA +12V | 0 mA -12V | 0 mA 5V