Ardupilot Mission Planner Mac Download
Vaniria Setser
I changed my VM network type to bridge now instead of NAT and in both the cases it doesnt work hence I assumed it might be with the ip configuration as there is an additional step if you use VM you got to configure IP of the host machine as described in the link.
SO again.
What is your HostOS ? Is it a Windows, a Linux os Ubuntu
Your runs an VmWare under your HostOS ?
You tries to run Mission Planner under Ubuntu and connects to a SITL instance also compiled and run under Ubuntu ? Are you SU ?
Or you runs Mission Planner under your HostOS and tries to connect to SITL in Ubuntu ?
@Eosbandi am using windows as my host operating system
My VMware is hosting linux Ubuntu 18.04 on the windows machine
I am trying to run everything on Ubuntu linux
I was trying to run mission planner solo but then it still cant connect as it has an error as seen below
error3.PNG1228692 109 KB
I had similar problem with new Cube Orange fresh out of the bag. Found after MUCH fiddling with mission planner install, reinstall and setup that QGroundControl saw two comms and was perfectly happy to connect. So I flashed Ardupilot Copter with it. I then went back to Mission Planner. Now Mission Planner saw two comms and connected successfully. The comms did not look like what is in the Cube documentation but at this point all I care about is that it is working.
Hello. At my recent team meeting, we performed the radio calibration in Mission Planner. Everything worked out well except for one sticking point: the default channel for the flight mode selection is listed as Channel 8.
In mission planner, third option along the top is Config/tuning, select that option, then look for Full Perams select that and a full list of options listed alphabeticaly will open up. Scrole down till you find FLTMODE_CH and Chang the number from 8 to what ever Chanel you want to use.
I found solution to the problem. My tx pwm range for throttle was 1000 to 2000 and throttle range in Mission Planner was 1100 to 1900. I updated the range to 1000 to 2000 in mission planner and the beeping stopped.
Thanks for the help
Cheers.
**hi Friends,
I have a new PIX4 which I am setting up on my hex. Some how when I try add my 3DR telemetry
between my pix and mission planner, I am not getting connection over 57600 port.
I reinstalled the Silicon labs driver and still cannot connect over COM3 and 57600 with my ground station.
But when I tried to connect with my RPI and MAVLINK I can connect the UDP and 957000 to MP.
I tried a different groundstation telemetry that I bought on amazon and its the same result.
Once in a while some how there is connection but without any param update in MP and I lose connection again.
The lights in ground station and pix both blink green. Some times they blink red/green.
Hello, With all your experience with mission planner, What do you think would be the best OS for the rpi5?
@Michael_Oborne
I intend to use it only as a rugged GCS running mission planner when I to go to the field/beach/mountains.
I am trying to get my Tarot T3D Gimbal setup to be able to control yaw and pitch with my TX and at some point controlled by an Auto Mission on my quad. The Camera Gimbal GUI settings in optional hardware are greyed out.
Hardware/Software:
Pixhawk 5x
Arducopter 4.3.3
Mission Planner 1.3.79
I have tried to configure the gimbal in the parameters and have tried MNT1_TYPE 1 & 7 and neither work. I have my RC10 and RC11 to control Mount1Yaw and Mount1Pitch respectively. I have Servo13 & Servo14 to Mount1Yaw and Mount1Pitch. Maybe Im missing something but the fact that mission planner isnt allowing me to configure (still greyed out) has me doubting. The Camera Gimbal GUI does show the proper Servo13 & 14 but not the RC control channel or Mount Type. I did notice when I adjust the slider on my TX for the Pitch it does respond a tiny bit (MAYBE a degree). Im sure I forgot to add something but anyway I appreciate the help. I saw previously there were issues due to mission planner not understanding multiple mounts but I configured Mount1 in the parameters.
My issue was solved. I had the pixhawk servo channels set in the tarot gimbal configurator as I was originally going to use the gimbal via sbus. I changed the tarot configurator settings back to conventional (pwm) and never changed the channels back to 1 and 2.
However, when creating a flight plan in Mission Planner for a Rover (boat), particularly the corridor option, the typical mission has around 3,000 - 4,000 waypoints. Three of these missions are typically carried out in a single day if weather permits.
This is not a Mission Planner limitation, but the limitation in the controller.
There is simply not enough memory in Pixhawk and Cube Black to store more waypoints. (No waypoints are not stored on the SD card.)
New hardware such as Cube Yellow and Orange will have more memory so there will be a possibility to extend the number of waypoints.
Andras, like I said, shoreline passes in corridor require many thousands of waypoints as lakes and reservoirs have many bays and points creating an irregular path. Air surveys are very simple by comparison.
Agricultural missions such as mowing, weeding, watering, etc., also require many waypoints. While I can imagine modeling these missions with a combination of parameters and fences and exclusion areas (all irregularly shaped), I could also see the variants of these missions outrunning the parameters you might think up. For example, when mowing my lawn with my all-electric mower, I turn the mower blades off using DO_SET_SERVO at the end of one run while doing a u-turn before the next run, then turn them back on when the next run starts. On smaller lawns I am spending 30% of my time in these u-turns and turning the blades off during u-turns helps mow more lawn on a single charge.
In the meantime there is a workaround where you put the uav into guided mode and feed it position coordinate waypoints from a companion computer. You could then in theory have infinite waypoints and if you wanted add some simple logic within the companion computer to adjust the exact waypoints being produced on the fly to avoid an object or return for refuelling when required.
No, you would write a script to generate the waypoints pre flight or during flight based on pre defined conditions on the companion computer and feed them automatically to ardupilot such that in guided you are simply telling the craft to move
repeatedly to different coordinates.
As we have started to put together missions for our Redclaw Aquaculture feeder I have been surprised how quickly the number of waypoints escalates. This was especially so when we were considering using the servo commands to control the feeder mechanism.
We have about 30 ponds, each with 4 sides and we are currently looking at having maybe 5 waypoints per side. Adding in about 50 waypoints for navigating along the transport sections between blocks of ponds gives over 600 waypoints just for navigation alone.
Our route planning will be done programmatically and calculated before each mission as we hope to implement route optimization at some stage. Having a computer calculate the waypoint list makes it easy to generate a large amount of data.
Our thoughts at this early stage is that for larger complex missions that push the limits of the internal memory, it might be more appropriate for this heavy lifting to be done by a companion computer and the waypoints to be fed into the flight controller in guided mode as suggested by Tegwin in post #16. The reasoning here is that with complex missions there may well be other logic and inputs impacting the mission as it is in progress (as also suggested by Tegwin in his post). We are expecting that this will be the case for our application.
Anyone knows if there is any update on this part? Is Ardupilot capable to store waypoints in SD card? I am doing a project with rover that uses cheap flight controller with little internal memories. I need to upload 3000-6000 waypoints.
The phenomena happens as mission planner sends the command for getting the parameters, but the pixhawk never gets that message. It also means your connection from pixhawk to ground is working, as you can see other data and the hud moving.
there are a few things you can try
do you enable rts/cts on the radio
also try change sr1_params to say 100, this depends alot on the link though
other than that, depends on where the bottle neck is
Are they very close together? If your test setup has the 2 units very close together, there might be a chance the ground control unit gets a too strong signal. Try to put them at least a few meters apart (like social distancing, haha)
There is a command [ do change speed ]. use it in between waypoints .
Here is a link to the mission planner info -mavlink-mission-command-messages-mav_cmd/#mav_cmd_do_change_speed
I have not yet used this feature.
There are differences in the required parameters used for Copter, Plane & Rover.
Coverage planning is the process of finding an optimal path plan for a UAV to survey the entire region of a given geographical area. Coverage planning is useful in many applications such as precision agriculture, surveying, and image mapping. This example focuses on the surveying applications.
To survey a region, a UAV typically flies in one direction and uses sharp right-angle turns to alternate the direction. This path involves braking and accelerating as the UAV does multiple turns in a sweep path while intermittently sweeping across a region in a straight line. To conserve battery energy and prolong the duration of flight, you can choose an optimal sweep direction to minimize the number of turns. Although you can define a sweep direction for simple convex regions, most real-world applications involve complex concave regions of interest where a uniform sweep path leads to excessive turns in narrower regions and a longer flight time. Such a path also makes keeping the UAV within a region of interest difficult. Resorting to the convex hull is also a suboptimal strategy, as the UAV spends more time outside of its region of interest and has a higher chance of flying into an obstacle or a no-fly zone. In such cases, a good option is to decompose the area into convex subareas. You can then optimally choose a coverage strategy that is best for each subregion and later connect the paths together for the complete mission.
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