Nard Drum Midi Controller - Making Multipad Drum Midi Controller with Arduino Pro Micro

Version 1.0

Version 1.2

What you'll need to make :

• Diy Multipad Case from 9mm Plywood and Pine wood
• 10mm Rubber sheet
• 20mm hard foam sheet
• Arduino Pro Micro
• Multiplexer cd74hc4067
• 11x Piezo
• 15x Resistor 1M Ohm
• 15x Diode Zener 5.1v 1N4733A *revision 1.2
• Must use shielded cable (and twisted pair if you can) *revision 1.2
• 16x 6 Pin Female 1/4" Inch 6.35mm Stereo Jack Socket (i will give the picture on bottom, use this spesific socket) *revision 1.2

Feature of Nard Drum Midi Controller :

• 11 Pad
• 1 Input Hihat Pedal (For now i use Digital - Momentary Button for 3 Midi Note : Close / Open / Pedal)
• 4 Input to Expand the kit (Kick, Cymbal, etc)
• 11 Output to Drum Module (Will bypass all signal to Arduino) *revision 1.2
• Open Source Code. You can change and improve the coding. Github Link
• You can use the Code for building Full Drum Kit Controller.
• Flexible, You can changes the Value in the Code :
• For All Piezzo input :
• Active : False/True
• Midi Note (0-127)
• Min Threshold (0-1024)
• Max Threshold (0-1024)
• Min Velocity (0-127)
• Max Velocity (0-127)
• Scan Time (0-1024)
• Masking Time (0-1024)
• For Hihat Pedal :
• Midi Note Close (0-127)
• Midi Note Pedal (0-127)
• You can use Arduino Pro Micro (Recomended) or Arduino Leonardo
• You can use this Multipad Drum Midi Controller on PC/Computer or Android Phone with app FluidSynth MIDI (Use channel 10) *revision 1.2
• *I still using Bahasa Indonesia on Code, Just use google translate. 

Nard Advance Midi Foot Controller - Making Midi Foot Controller with Arduino Pro Micro

 

What you'll need to make :

• Custom Stainless Steel Enclosure
• Arduino Pro Micro (Master)
• 2x Arduino Nano (Slave)
• 15x EC11 or KY-040 Rotary Encoder
• 30x Capacitor 0.1µF
• 1 b10k Potentiometer
• 3x Resistor 10kΩ
• 10 Resistor 220Ω
• 2x Shift register 74hc595
• 10 3mm/5mm LED
• 1x AMS1117-3.3V
• 1x  LCD ILI9488 320x480 (3.5")

Feature of Nard Advance Midi Foot Controller :

• 3 Mode :
• Play Mode
• 10 Bank
• 1 Bank = 10 Button (Preset/Pedal)
• Total you can assign 100 Preset/Pedal Button
• * I will turn off the potentiometer function on the Rotary Encoder in this Play Mode. To reduce accidents of changing parameters when stepping on the Switch Button
• Edit Mode : You can edit value / parameter your pedal, amp, plugin, etc
• Limitless Bank (I am not tested how many max bank, 100 maybe?)
• 1 Bank = 10 Button + 10 Pot Rotary Encoder.
• That ALOT OF THING you can assign Midi Parameter your pedal, amp, plugin, etc
• Rename Mode : Change name your preset / pedal / amp that show on your Display
• 2 Input Expression Pedal
• Large 3.5 inch Display Screen to see what you are doing
• Open Source Code. You can change and improve the coding. 
• *I will update the github link after finishing the coding

Nard Midi Foot Controller - Making Midi Foot Controller with Arduino Pro Micro

 

What you'll need to make :

• Hammond 1590DD Aluminum Enclosure
• Arduino Pro Micro (Master)
• Arduino Nano (Slave)
• 8x EC11 or KY-040 Rotary Encoder with 
• 16x Capacitor 0.1µF
• 3x Resistor 10kΩ
• 1x AMS1117-3.3V
• 1x  LCD ILI9488 320x480 (3.5")

Feature of Nard Midi Foot Controller :

• 3 Mode :
• Play Mode
• 8 Bank
• 1 Bank = 8 Button (Preset/Pedal)
• Total you can assign 64 Preset/Pedal Button
• * I will turn off the potentiometer function on the Rotary Encoder in this Play Mode. To reduce accidents of changing parameters when stepping on the Switch Button
• Edit Mode : You can edit value / parameter your pedal, amp, plugin, etc
• 8 Bank
• 1 Bank = 8 Button + 8 Pot Rotary Encoder.
• Total you can assign 128 Midi Parameter your pedal, amp, plugin, etc
• Rename Mode : Change name your preset / pedal / amp that show on your Display
• 2 Input Expression Pedal
• Large 3.5 inch Display Screen to see what you are doing
• Open Source Code. You can change and improve the coding. 
• *I will update the github link after finishing the coding