maker.moekoe | I've built a GPS tracker with ESP32 | soldering, assembly & first test | makermoekoe @makermoekoe | Uploaded November 2021 | Updated October 2024, 1 hour ago.
This video is sponsored by PCBWay. Get your own prototyping PCBs starting at 5$ here: pcbway.com/orderonline.aspx
For an advanced PCB quotation you can follow this link:
pcbway.com/HighQualityOrderOnline.aspx
Content:
0:11 Solderpaste meets PCB
1:10 Placing SMD components
2:13 Soldering on the hotplate soldering iron
2:31 Checking soldering results
2:59 Assembling the bottom layer
3:28 Soldering the FPC OLED connector
4:17 Bugfixing
4:54 Enclosure cutting & assembly
6:17 Videosponsor: PCBWay
6:42 Coding & testing
8:05 Power analyzing with the Otii Arc
This device is the first prototype of a localization system for my old camper van. It is based on an Ai-Thinker A7 GPS & GSM module which is communicating over serial with an ESP32 Pico D4. For input & output I have added two buttons and an 0.96" OLED display, but the main idea is that the device can be control by a smartphone App. As you can see in the end of the video I'm using the Blynk 2.0 App which works great for several IoT projects, even for those which are communicating over mobile radio.
All in all the whole project is working fine, but for the next revision I have to optimize two things:
1. The GPS u.fl connector wasn't grounded properly which is a huge drawback in signal strength. Therefore the GPS quality is only acceptable in optimal conditions, even with a good GPS antenna.
2. The power path is not yet optimal. When the device is working a while, the battery looses capacity and cannot deliver enough energy for the power-hungry GSM module. This results in a ESP brownout when data is transmitted/received over mobile radio.
I'm very happy with the result of this project. The transparent solder mask looks beautiful in combination with the acrylic glass cover. There will be a second, probably smaller, version of this thing in the near future, optimize for the use inside my van. Maybe it will be a modular solution which can be stacked onto the VanMeter board - but we will see.
The VanMeter project is another project for my old camper van. You will find it here:
youtube.com/watch?v=hL2CEnwGGCw
I'm now on Patreon! Your little help is appreciated a lot! Check it out here:
patreon.com/makermoekoe
Links:
Website: https://www.makermoekoe.com
Instagram: instagram.com/maker.moekoe
Patreon: patreon.com/makermoekoe
GitHub: github.com/makermoekoe
Instructables: instructables.com/member/moekoe
My commonly used tools: makermoekoe.com/tools-and-stuff-in-the-lab
This video is sponsored by PCBWay. Get your own prototyping PCBs starting at 5$ here: pcbway.com/orderonline.aspx
For an advanced PCB quotation you can follow this link:
pcbway.com/HighQualityOrderOnline.aspx
Content:
0:11 Solderpaste meets PCB
1:10 Placing SMD components
2:13 Soldering on the hotplate soldering iron
2:31 Checking soldering results
2:59 Assembling the bottom layer
3:28 Soldering the FPC OLED connector
4:17 Bugfixing
4:54 Enclosure cutting & assembly
6:17 Videosponsor: PCBWay
6:42 Coding & testing
8:05 Power analyzing with the Otii Arc
This device is the first prototype of a localization system for my old camper van. It is based on an Ai-Thinker A7 GPS & GSM module which is communicating over serial with an ESP32 Pico D4. For input & output I have added two buttons and an 0.96" OLED display, but the main idea is that the device can be control by a smartphone App. As you can see in the end of the video I'm using the Blynk 2.0 App which works great for several IoT projects, even for those which are communicating over mobile radio.
All in all the whole project is working fine, but for the next revision I have to optimize two things:
1. The GPS u.fl connector wasn't grounded properly which is a huge drawback in signal strength. Therefore the GPS quality is only acceptable in optimal conditions, even with a good GPS antenna.
2. The power path is not yet optimal. When the device is working a while, the battery looses capacity and cannot deliver enough energy for the power-hungry GSM module. This results in a ESP brownout when data is transmitted/received over mobile radio.
I'm very happy with the result of this project. The transparent solder mask looks beautiful in combination with the acrylic glass cover. There will be a second, probably smaller, version of this thing in the near future, optimize for the use inside my van. Maybe it will be a modular solution which can be stacked onto the VanMeter board - but we will see.
The VanMeter project is another project for my old camper van. You will find it here:
youtube.com/watch?v=hL2CEnwGGCw
I'm now on Patreon! Your little help is appreciated a lot! Check it out here:
patreon.com/makermoekoe
Links:
Website: https://www.makermoekoe.com
Instagram: instagram.com/maker.moekoe
Patreon: patreon.com/makermoekoe
GitHub: github.com/makermoekoe
Instructables: instructables.com/member/moekoe
My commonly used tools: makermoekoe.com/tools-and-stuff-in-the-lab
