Related posts:
Introduction to Bluetooth Low Energy Light Development Kit - CC2540TDK-LIGHT
Android Support for TI's BLE LED Control
MSP430FR4133 Launchpad - Magnetic North Visualisation
Illuminated Tricopter Upgrade - Adding an Addressable LED Ring
MSP430FR4133 BoosterPack for Illuminated Tricopter
Bookshelf Lights Using TI's CC2450 BLE LED Modules
MSP430FR4133 Launchpad with Custom BoosterPack in Action
MSP430FR4133 Launchpad with Custom BoosterPack in Action - appendix
MSP430FR4133 Launchpad with Custom BoosterPack update
Adding Remotely Controlled Headlights to Tricopter
Just an update
Again, this is just a short update on BoosterPack that was created for this project, nothing too much.
I got some time to make the magnetometer less affected by the motors by detaching it from the BoosterPack and making a pole to host it.
Also, I painted the BoosterPack black so it now looks more like the rest of my tricopter.
I used balsa wood to make the pole and paint it using a black car repair spray.
Balsa wood joint was reinforced using a small insert that connects two wood pieces:
Table tennis ball was used to protect the magnetometer:
After the paint and zip-tie work is done this is what I ended up with:
EDIT (2016/01/13):
LaunchPad and LED ring are now mounted. The only thing still missing from the Tricopter are the headlights and TPS92512EVM board. I still have a couple more days to do that and make a video of a test flight.
Last night I made a short test with 50% charged battery and it looks nice. Battery alert also works now (before this readiest, I had to land the tricopter earlier than it was necessary to make sure I don't crash-land, now I will know when I still have enough power to fly)
That's it for today, my next update on TPS92512 and Würth Elektronik LEDs will soon follow.
Cheers!
Top Comments