The --baud in the input commands weren't working anymore so if I tried the same commands without them it functions normally and the outputs for some commands are also different.
[Dynamixel ID:011] ping Succeeded. Dynamixel model number : 1080
[Dynamixel ID:011] ping Succeeded. Dynamixel model number : 1080. Baud 115200
------ MENU -------
m: menu
a: increment position 50 tick
@ -52,6 +52,10 @@ t: set max temp
i: set id
d: disable torque
e: enable torque
x: put in multi-turn mode
y: put in position mode
w: put in pwm mode
f: put in vel mode
-------------------
```
@ -67,12 +71,14 @@ Output:
```{.bash .no-copy}
For use with S T R E T C H (TM) RESEARCH EDITION from Hello Robot Inc.
Rebooting: head_pan
[Dynamixel ID:011] Reboot Succeeded.
Rebooting: head_tilt
[Dynamixel ID:012] Reboot Succeeded.
[Dynamixel ID:013] Reboot Succeeded.
Rebooting: stretch_gripper
[Dynamixel ID:014] Reboot Succeeded.
Rebooting: wrist_yaw
[Dynamixel ID:013] Reboot Succeeded.
```
### Identify Servos on the Bus
@ -80,38 +86,42 @@ For use with S T R E T C H (TM) RESEARCH EDITION from Hello Robot Inc.
If it is unclear which servos are on the bus, and at what baud rate, you can use the `REx_dynamixel_id_scan.py` tool. Here we see that the two head servos are at ID `11` and `12` at baud `57600`.
Identified current baud of 57600. Changing baud to 115200
Success at changing baud
Success at changing baud. Current baud is 115200 for servo 13 on bus /dev/hello-dynamixel-wrist
```
!!! note
@ -139,15 +147,15 @@ Success at changing baud
Dynamixel servos come with `ID=1` from the factory. When adding your servos to the end-of-arm tool, you may want to set the servo ID using the `REx_dynamixel_id_change.py` tool. For example: