High Current ESC
100A 4-in-1 ESC for commercial drone builds
Compact high-current PCB work for motor-control electronics, with attention to copper paths, thermal behavior, assembly, connectors, signal routing, and reliability under load.
Selected Work
Commercial boards built for real product constraints.
Selected work now reflects serious electronics: high-current ESCs, STM32H7 flight controllers, large drone PDBs, LTE and OpenIPC boards, power boards, carrier boards, firmware support, and interface work.
Case Studies
Proof built around the boards you actually make.
Add real photos, specs, stackups, current ratings, and test notes when you want to make this even sharper.
Flight Controller
STM32H7 flight controller and drone PDB systems
Professional flight-control hardware, large drone power distribution boards, sensor routing, regulator planning, connectors, and field-serviceable drone electronics.
Product Boards
LTE, OpenIPC, carrier, and power boards
Custom boards for communication, camera systems, power delivery, embedded computing, and product integration, with optional firmware and web interface layers.
What Each Project Shows
Commercial work should show engineering judgment.
Constraints
Current rating, voltage range, thermal limits, board size, connector strategy, EMI risks, and field conditions.
Engineering Decisions
Why the copper strategy, stackup, regulator, controller, connector, routing, and test approach were chosen.
Validation
Load testing, thermal checks, signal measurements, bring-up notes, and improvements for the next revision.