I am somewhat new to this so bear with me. I have not seen if the Sbus out from the Pixhawk works now (confirmed?) for this or if we are limited to using (and mapping) the aux pin for tilt only. I have a Y cable to split the Sbus in to the Pixhawk but was curious if anyone could offer any insight or better advice on how to set this up. 

Thanks!

You need to be a member of diydrones to add comments!

Join diydrones

Email me when people reply –

Replies

  • If I recall correctly the X in SERVOX_FUNCTION should match with the channel that you are have setup in the Tarot gimbal software. These parameters are set in the Camera Gimbal menu under Optional Hardware of the Initial Setup tab. In my configuration I had setup the gimbal software to use SBUS using channel 10 for tilt and 12 for pan. I also used the same channel numbers for the RC input. So on my TX I have a slider mapped to channel 10 and a pot mapped to channel 12. The RC input channels to use are also configured in the Camera Gimbal menu and set the MNT_RC_IN_TILT and MNT_RC_IN_PAN parameters to the channels used. In my case the are set to 10 for tilt and 12 for pan. This way I was able to first test the gimbal with it directly connected to the sbus out of the receiver and didn't have to change the channels when connecting to the Pixhawk.

  • SERVO10_FUNCTION:7 

    SERVO12_FUNCTION:6 

    are these relavent to the SBUS out of the pixhawk to control the gimbal? I am using TL03 FLIR gimbal, I have done the pan and tilt through SBUS of RC RX and it worked but when i gave it a shot through pixhawk SBUS and set the BRD_SBUS_OUT:1, configured pan at channel-6 and tilt at channel-7 via ZYX flir software and and connected the pixhawk SBUS to SBUS IN of gimbal, i mapped my xbox joystick at channel 6 and channel 7, whenver i power up gimbal and try try to pan it initializes its position and then fells(disconnect its power) whenever gimbal receives a signal through channel 6 it initializes its position and becomes powerless this thing keeps on repeating itself.

    Can you or anyone point out what is wrong with my setup or approach? 

    Richard Joy said:

    I haven't worked on this for awhile but as far as I recall it did work. Here are some notes that I made

    BRD_SBUS_OUT:1
    SERVO10_FUNCTION:7 (mount tilt)
    SERVO12_FUNCTION:6 (mount pan)



    chris said:

    Hi Richard, did you get mission scripts work with FUNCTION to 7? Thanks, Chris

    Tarot T4-3D Gimbal using Pixhawk SBUS out? (or other options?)
    I am somewhat new to this so bear with me. I have not seen if the Sbus out from the Pixhawk works now (confirmed?) for this or if we are limited to u…
  • I haven't worked on this for awhile but as far as I recall it did work. Here are some notes that I made

    BRD_SBUS_OUT:1
    SERVO10_FUNCTION:7 (mount tilt)
    SERVO12_FUNCTION:6 (mount pan)



    chris said:

    Hi Richard, did you get mission scripts work with FUNCTION to 7? Thanks, Chris

    Gimbal.001.jpeg

  • Hi Richard, did you get mission scripts work with FUNCTION to 7? Thanks, Chris

  • Thanks Will, I did get it to work after some trial and error.

    I am using a FrSky X8R receiver and have its sbus out connected to the RCIN of the Pixhawk. The Sbus out of the Pixhawk is connected to the Sbus in of the Tarot T4-3D gimbal which is setup to use sbus channel 10 for tilt, 11 for FPV/Pan follow and 12 for pan. To have the same channels pass through from he receiver I had to set the parameter BRD_SBUS_OUT from 0 to 1, RC10_FUNCTION, RC11_FUNCTION and RC12_FUNCTION from 0 to 1. I also had to press the safety switch to get it to work. Now if I change RC10_FUNCTION to 7 it looks like tilt can be controlled from the mission scripts but I need to make some more tests.

    Will Masters said:

    I had a T4-3D gimbal connected to my pixhawk and was able to control either 2 or 3 axis (I can't remember if the Tarot configurator allowed me to control all axis). I ran sbus from my rc rx to pixhawk. I connected the sbus out port from pixhawk to the sbus in at the tarot gimbal controller. I was worried about compatibility, etc, but it worked just fine. Note that you need to configure sbus passthrough in Mission Planner and, as far as MP's concerned, there was no gimbal to control - pixhawk just acted as a sbus passthrough for certain channels from my receiver to tarot gimal controller. 

  • I had a T4-3D gimbal connected to my pixhawk and was able to control either 2 or 3 axis (I can't remember if the Tarot configurator allowed me to control all axis). I ran sbus from my rc rx to pixhawk. I connected the sbus out port from pixhawk to the sbus in at the tarot gimbal controller. I was worried about compatibility, etc, but it worked just fine. Note that you need to configure sbus passthrough in Mission Planner and, as far as MP's concerned, there was no gimbal to control - pixhawk just acted as a sbus passthrough for certain channels from my receiver to tarot gimal controller. 

  • I see that this is an old post but wondered if someone had found a solution to adding a Tarot T4-3D gimbal to a Pixhawk. Ideally I would like to be able to have control from mission scripts as well as manually from the TX. The gimbal can be configured to accept 2 channels of PWM or SBUS. SBUS would be preferable but I am not sure of I can use the SBUS out from the Pixhawk. I know that I can use the AUX outputs to have the Pixhawk control the tilt and pan but the SBUS would allow me to have a 3rd channel to change the mode to PAN or FPV.

  • Thanks James,

    I will have a look at it! 

    • Have the same setup - Can't get the T4-3d to see sbus channels greater than CH9  

      Does the pix just replicate the input sbus signal or is it more intelligent

      Just looking for Docs now ....

This reply was deleted.

Activity

DIY Robocars via Twitter
RT @chr1sa: Donkeycar 4.4 released with tons of new features, including path learning (useful with GPS outdoors), better Web and Lidar supp…
Sunday
DIY Robocars via Twitter
RT @NXP: We are already biting our nails in anticipation of the #NXPCupEMEA challenge! 😉 Did you know there are great cash prizes to be won…
Nov 24
DIY Robocars via Twitter
RT @gclue_akira: レースまであと3日。今回のコースは激ムズかも。あと一歩 #jetracer https://t.co/GKcEjImQ3t
Nov 24
DIY Robocars via Twitter
UC Berkeley's DIY robocar program https://roar.berkeley.edu/
Nov 24
DIY Robocars via Twitter
RT @chr1sa: The next @DIYRobocars autonomous car race at @circuitlaunch will be on Sat, Dec 10. Thrills, spills and a Brazilian BBQ. Fun…
Nov 24
DIY Robocars via Twitter
RT @arthiak_tc: Donkey car platform ... Still training uses behavioral cloning #TCXpo #diyrobocar @OttawaAVGroup https://t.co/PHBYwlFlnE
Nov 20
DIY Robocars via Twitter
RT @emurmur77: Points for style. @donkeycar racing in @diyrobocars at @UCSDJacobs thanks @chr1sa for taking the video. https://t.co/Y2hMyj1…
Nov 20
DIY Robocars via Twitter
RT @SmallpixelCar: Going to @diyrobocars race at @UCSDJacobs https://t.co/Rrf9vDJ8TJ
Nov 8
DIY Robocars via Twitter
RT @SmallpixelCar: Race @diyrobocars at @UCSDJacobs thanks @chr1sa for taking the video. https://t.co/kK686Hb9Ej
Nov 8
DIY Robocars via Twitter
RT @PiWarsRobotics: Presenting: the Hacky Racers Robotic Racing Series in collaboration with #PiWars. Find out more and register your inter…
Oct 23
DIY Robocars via Twitter
RT @Hacky_Racers: There will be three classes at this event: A4, A2, and Hacky Racer! A4 and A2 are based around UK paper sizing and existi…
Oct 23
DIY Robocars via Twitter
Oct 23
DIY Robocars via Twitter
Oct 19
DIY Robocars via Twitter
Oct 18
DIY Robocars via Twitter
RT @NeaveEng: Calling all UK based folks interested in @diyrobocars, @f1tenth, @donkey_car, and similar robot racing competitions! @hacky_r…
Oct 13
DIY Robocars via Twitter
RT @araffin2: 🏎️ After hours of video editing, I'm happy to share a best of my Twitch videos on learning to race with RL. 🏎️ Each part is…
Oct 13
More…