Yesterday the kit log was partially in progress while finishing the operator interface assembly. That is now complete. The steps that followed were finishing the keypad with soldering the buttons, resistors, leds, and of course the joystick. Next was adding the boards to the enclosure, and adding the lids to them. Then taking photos of the finished product.
The kit to complete today was the wheel assembly. Although this one is documented through CAD images, some of the manoeuvres to do assembly can be tricky to see in that format. Additionally, the connector that goes from the motor terminals to the bowie brain should be attached in a certain orientation to ensure smooth changeover between different drive systems. For example, not flipping the wire polarity to cause the robot to go backwards when going forwards.
In the guide, we will have to mention to use JB weld on the hub and shaft. As well as blue threadlock on the set screw. Tonight, these were not added, because we wish to do all 4 in uniform. This means likely needing to disassemble the wheel in the future. However, that might be useful for a video.
Here’s a look at the assembly process:
There is a portion on the wheel kit that is very cumbersome to assemble. Not entirely sure the best way to go about organizing bug fixes / upgrades yet. Maybe one way would be to note down all the fixes that might be good to do after beta testing, then triage them into ones that will make the cut. Figuring out the priorities and figuring out support will be something to make sure is ready before the step by step guides go live. The last picture in the gallery is nice to see. Now these kits are on step 3 (brain kit: step 4).
Shoutout to Larry @fast_code_r_us for sending us a tip regarding an Arduino library for the OLED display. Check it out, the ss_oled library. Can’t wait to try this out once we circle back to the operator interface again. Saves us a bunch of time from researching and testing – so thanks for sending this along Larry!