This discussion has been locked.
You can no longer post new replies to this discussion. If you have a question you can start a new discussion

Pairing ANT+ sensors with more than one device

I currently have a fenix 2 watch and the ant+ speed and cadence sensor, all working well. I am looking to add to my bike the edge 500 for ease of viewing while riding, but am getting conflicting information on whether or not i can pair the sensors to more than one device at the same time. I am also using the HRM run, but assume the answer will be the same for all the sensors.

Any one know if it is possible or any workarounds?

Thanks.
KR
  • Yes you can. ANT+ devices allow the same sensor to be paired with many head units at the same time.
  • Yes you can. ANT+ devices allow the same sensor to be paired with many head units at the same time.


    Thanks for your reply. I was told the opposite by garmin phone support, but they didnt sound too sure of themselves. I will give it a go.

    Thanks again.

    KR
  • I do this almost every day. I can confirm that it can be done.
  • Backup confirmation - I have an HRM, footpod & speed/cadence sensor paired to both my Fenix & 610... so one sensor, many watches works.

    What doesn't work is trying to pair a second HRM or footpod or speed/cadence sensor to a single watch when it already has one paired (although with the Edge 500 I think you have the opportunity to set up a second bike and thus pair second sensor of the same type)
  • Former Member
    0 Former Member over 10 years ago
    I have my Edge 810 setup with several bike profiles if I select my road bike it detects the Speed/Cadence sensor on that bike, if I select my CX bike it selects the Speed/Cadence sensor on that bike.
    If I use my Garmin Virb and my Edge 810 they both record data from the Speed/Cadence sensor (the Virb has to be paired with that individual bike).
  • Can 2 devices (i.e. Fenix 3 and edge device/or rowing machine) receive from 1 HRM at the same time?
  • Yes, ANT+ supports having many head units receiving data from a single sensor.