- 1.0: Just navigation and altitude hold (released 1/09)
- 2.0: Adds XY-sensor stabalization, EM406 only (released 3/09)
- 2.0.1: Adds Z sensor, ground station support (released 4/09)
- 2.1: Supports XY sensor in diagonal position, desktop setup utility (does not require Arduino IDE), throttle (if airspeed sensor/shield is connected). Due week of April 20th
- 2.2: Requires ArduPilot 328 board (current board upgraded to the Atmega328 chip; stay tuned for details). Supports any GPS, fully configurable for different airframes, new navigation modes. Due early May
- Shields: We will be releasing expansion boards (called "shields" in the Arduino world) that plug into the top of ArduPilot and add additional features and connectors. This first one just adds a differential pressure (airspeed) sensor, 3.3v power regulator, lots of handy ways to add other sensors and GPS modules, and a circuit that allows you to upload code without unplugging the GPS. The first board will be available in May.
- 3.0: ??? Additional sensors (speed, power). Maybe IMU support?
- ArduPilot Pro: new board based on Arduino Mega. IMU based. Winter 09
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Comments
Have you checked out our beginners guide (it's right on the home page)? It's got a flowchart and everything.
Was looking at some FPV systems for my first UAV for eg.FATshark or some of the gear at RangeVideo. Guess I get overwhelmed by all the specs and I don't want to end up buying things that aren't compatible or has overlapping features.
My basic procurement schedule for lowest cost UAV is:
1) Flight stabilisation system (just acquired the FMA copilot),
2) A live feed video system.
3) Autonomous flight.
Would appreciate a more structured guide to navigate thru info about these, before I get too confused and blow the budget on stuff I don't need.
Thanks!
If I have Ardupilot, XYZ sensors, X-Bee, GPS module, TX and RX, camera
(wnat type?) what else?
Do I still need OSD, FPV combo sets and where does a Video Goggle fit in?
How about compatibility of all these?
is it going be included in the Ardupilot Pro plan? or a Ardupilot with Atmega328 + OSD shield will do?
I talked to Jordi about a sensor layer, and he says that because every sensor is so different and has such different function, he can't see how to make a standard interface, like an API. The closest thing we have to that is Arduino's built-in analog read function. But I suggest one tab per additional sensor as a way to at least make it easy to read the code.
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