- If you want to build your own, the necessary files and component lists are here.
- Autopilot code (for the board's two main processors, Atmega168s) is in development and will be posted here.
- Latest multiplexer code (for the board's third processor, an Attiny, which runs the failsafe system) is here. (If all you want is to load our code, rather than modify it, just use AVR Studio to burn the antifail_system.hex file in the Default folder to the Attiny chip)
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Comments
Take a few minutes and read this thread, and then the tutorials.
ArduPilot Pro has not been released as a commerical product and the ArduPilot Pro code has not been released either. We don't have an ETA (we're focused on ArduPilot at the moment). We may be many months away.
We're running as fast as we can here with many projects, and we've tried to be very clear that this one is behind the others. Please be patient and we'll announce here when we're ready to start giving people something they can test with ArduPilot Pro.
I realize it may be similar, but that doesn't mean it IS the ArduPilot Pro code. Where can one get the ArduPilot Pro code so we can build and work with an ArduPilot Pro?
Not trying to be difficult here, just asking.
Jim
Just a thought that I had. If the boards and BOM are available to build a ArduPilot Pro, where is the code? Does one have to a member of some elite group to be able to get the code to work with? Doesn't make much sense to have the hardware without the software. What am I missing here?
Jim
BTW the servos are controlled 100% by PWM hardware (timer2), you don't have to worry about ucontroller performance, unless you want to control up to 3 servos..
I've been looking at the schematic for the non-pro version, and noticed that you're taking up the SDA & SCL
lines with the ADC. Is that essential? I'm trying to remember if you can keep them as the I2C, and use
ADCs 6 & 7 for the fifth and sixth analog lines, thus freeing up the I2C to be used - I've been thinking about
using the ArduPilot (pro or non), and running a couple of coprocessor chips (like an 8 channel servo chip
to completely unload that from the processors, and so on...