Got one today as well, one would have to fold it to fit into the Kama.erwincoumans wrote:The I/O shield is bigger than I hoped, I received it yesterday, so I look for a smaller solution.
Maybe we can design a simple small PCB and share the schematics. (those soldered wires become messy and take space)
Just curious, why don't you use thin wires and solder them? For example 30 Gauge wire like this: http://www.amazon.com/30AWG-Plated-Copp ... 6426179011elkick wrote:Got one today as well, one would have to fold it to fit into the Kama.erwincoumans wrote:The I/O shield is bigger than I hoped, I received it yesterday, so I look for a smaller solution.
Maybe we can design a simple small PCB and share the schematics. (those soldered wires become messy and take space)
Will think about other possibilities...
Yes, I like it too, hence the effort of gutting it. It will likely look and feel better than a custom 3d printed enclosure. I use this Nano, it has no pins pre-soldered so it takes less space. And they do same-day deliveryelkick wrote:I'll definitely solder it together, but have to wait for the Arduino without shield to fit into the Nunchuk
What ESC are you using? When using the VESC, we could directly attach a nRF24L01+ to the VESC and read out the electrical RPM and derive a very precise speed from it. I got instructions from Benjamin Vedder how to hook it up, and then we could write a VESC-App for it that communicates with the remote Arduino Nano-nRF24L01+. Does that make sense?(I like the controls of it). Also thinking of a way to implement a "officer's-speed-limit-switch", they are quite restrictive over here. But by limiting the speed by switching the board to a pedestrian compatible one will avoid this (6kph).
First I work on making a generic ESC version, using two Arduino Nano', each with its own nRF24L01+.torqueboards wrote:Are we still making it compatible with all ESCs and a specific version for VESC or is now just for VESC?
) Else I will use a Kama...In many cases the 3-pin servo cable delivers 5V, ground and signal. You can just connect this to the 5V pin of most Arduino's.dakster wrote:How are you guys powering the arduino boardside? Any safe way of using the 5v from the esc?
Code: Select all
Arduino: 1.6.3 (Windows 7), Placa:"Arduino Nano, ATmega328"
nrf24l01_transmitter.ino: In function 'void loop()':
nrf24l01_transmitter.ino:111:71: error: no matching function for call to 'RF24::write(unsigned char [4], int&, bool)'
nrf24l01_transmitter.ino:111:71: note: candidate is:
In file included from nrf24l01_transmitter.ino:2:0:
C:\Users\Pedro\Documents\Arduino\libraries\RF24/RF24.h:281:8: note: bool RF24::write(const void*, uint8_t)
bool write( const void* buf, uint8_t len );
^
C:\Users\Pedro\Documents\Arduino\libraries\RF24/RF24.h:281:8: note: candidate expects 2 arguments, 3 provided
Erro compilando.
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Sure, and I just ordered one PCB+nunchuck from you.jacobbloy wrote:I know I posted to ask if any one if knowledge could confirm my schematic I attached, I'm not trying to bomb!