- Design a "thermopile replacement" version of ArduIMU: this is a version of the current ArduIMU board with a two-channel DAC and a FMA connector, so it can output voltage to emulate the FMA thermopiles.
- Design the turn-rate limiter shield hardware and software modification to the ArduPilot code: this is shield that has a one-axis gyro, a differential pressure sensor and a connector for the uBlox GPS. It will duplicate the functions of the UNAV PicoPilot but be better and a lot cheaper.
- Create and maintain a library of airframe.h configuration files
- Design the hardware for the ArduPilot Mega ground station (with dynamic PID adjustments). Similar to this.
- ArduIMU documentation
- Create an autopilot PID tuning guide
- Create a Lego Mindstorms compatible version of our MUX/Failsafe. This is just our current board with the addition of a Mindstorms connector and any necessary components for an I2C link. .
- Create a "Using ArduPilot with the Remzibi OSD" guide
- Create a ArduStation assembly and usage manual
- Create a system that can inject telemetry data on the invisible closed caption lines of a video stream and be able to decode it in the other side for the OSD system.
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Comments
I'm happy to help with number 5 - the ArduIMU manual
-Andrew
I am more in to Software I have done quite a Image processing stuff. May be it will help in our GCS.
I am very excited to work you guys. !! :D
with a good feel for the 'sparkfun style' design philosophy. I can program, create protos
etc. in my home "lab". Let me know how I can help!
Projects 2 (single gyro), 4 (Mega ground station), and 5 (arduIMU documentation and probably code review/feedback as part of that work), and 0 (VBI insertion of telemetry data) are also of interest to me and I'd be more than happy to work on any of those or anything else that needs doing. I've got a good understanding of how the current arduPilot software works so I could assist with mods to that as required for projects 1 and 2 if needed.
I have an arduPilot with XYZ sensor and ground station that I'm just in the process of getting up and running and flying (in an EasyStar). I also have an arduIMU that I'll be assembling in the next week or so.
#5 (ArduIMU documentation): either leading or following...
I am committed to using both of the above pieces of hardware, along with ArduPilot Mega so I'll be working with them regardless. Additionally, I have some experience managing and working on projects over the web, so that could be helpful since we're relatively spread out. In addition to working with Windows, I could contribute from the Mac side of things as well if needed.
In case it is of interest to anyone I've just got a MLX90615 digital (I2C) thermopile based sensor working (4 devices on the same bus connected to a PIC) which gives a very low component count solution (as long as you already have a microcontoller with I2C capability).