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I’ve matched the main ICs/connectors and am adding the schematic in functional groups now. A few LEDs/fuse parts only have close library alternatives, so I’ll preserve the original MPN/LCSC metadata on those components and flag them after verification.
The schematic BOM is now in Flux with 53 components added and source metadata preserved. I’m moving to connectivity next, starting with rails, USB-C, SD card, CAN, buttons, and LED nets.
Created a project doc

KiCad Schematic Reconstruction Report

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Date: 2026-07-20 Project: YachtWave Rev B
Reconstruction is in Flux: I added the YachtWave Rev B schematic BOM, recreated the major power/USB/SD/CAN/LED/switch nets, marked unused ESP32/USB-C pins as no-connect, and saved details in KiCad Schematic Reconstruction Report.
Open items:
  • ERC still has 9 floating-pin warnings in the power-input/filter/jumper area: C13, C5, FL1, L1, JP1, and R10.
  • A few exact parts were unavailable, so closest library alternatives were used and flagged in the report.
Suggested next steps:
  1. Do one focused cleanup pass on the remaining 9 floating pins.
  2. Assign Flux-native footprints/packages to generic passives.
  3. Visually organize the schematic into readable functional blocks.
  4. Rebuild PCB placement/layout from the KiCad PCB reference.
Clean, organize, verify
Fix floating pins
Organize schematic
Assign passive footprints
Run full ERC

Schematic of YachtWave Rev B
GND
Q1 D - L1 1
U1

YachtWave Rev B

YachtWave Rev B thumbnail