Project Idea Start
Thought for 18 sec
That is most likely the WEMOS LOLIN32 V1.0.0, which is different from the 38-pin ESP32 DevKit currently shown in the schematic. Before I replace it, please confirm: does your board have 13 pins on each side and a small white LiPo battery connector near the USB socket?
Thought for 15 sec
That pin count doesn’t match the standard WEMOS LOLIN32 or ESP32 DevKit footprints, so I shouldn’t guess the socket geometry. Please upload a clear photo of the front and back of the board beside a ruler, or send its exact product link.
Thought for 37 sec
That identifies it: it’s a WEMOS D1 R32 V1.0.0, an Arduino Uno-form-factor ESP32 board. I’ll update the carrier design to use its shield-header pinout and mechanical pattern.
Worked for 2 mins 26 sec
The photos confirm your board is a WEMOS D1 R32 V1.0.0, using the Arduino Uno-style shield connector layout—not the current 38-pin ESP32 DevKit footprint.
The existing sensor-carrier schematic remains intact. The following update is still pending because no ACUs are currently available:
- Replace the ESP32 DevKit interface with D1 R32 shield headers
- Verify and remap the sensor GPIO connections
- Apply the Arduino Uno R3 mechanical header pattern
- Update the specification, firmware, and bring-up files
- Re-run ERC/connectivity checks
No partial replacement was made, so the current schematic has not been left broken.
Map sensor GPIOs
Find D1 R32 footprint
Show header pinout
Check pin conflicts
Update requirements
