I will design bldc motor controller and driver pcb for e bikes and e scooters
About this Gig
Building an e-bike, e-scooter, or light EV and need a reliable motor driver?
I design BLDC motor controller and ESC PCBs built for real-world electric vehicle applications not just generic motor control.
I design custom BLDC motor controller and driver PCBs with a focus on light electric vehicles e-bikes, e-scooters, and similar battery-powered systems. This means the designs account for the specific challenges of that application: battery voltage ranges, high-current routing, thermal management under continuous load, and integration with throttle/battery/BMS systems.
What I Offer:
- Schematic + PCB layout for BLDC/DC motor drivers and ESCs
- Three-phase power stage design with proper MOSFET/gate driver selection
- Hall sensor / encoder feedback integration
- High-current trace routing and thermal considerations
- Gerber files, BOM, and documentation ready for manufacturing
Tools: KiCad / Altium Designer / LTspice for simulation
Message me with your motor's voltage, current, and control requirements before ordering so I can confirm scope and give you an accurate timeline.
Specialization:
Circuit design
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Schematics
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Layout
File format:
Gerber
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STEP
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BRD
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SCH
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Software:
Altium Designer
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EasyEDA
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KiCad
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LTspice
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PLECS
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Proteus
FAQ
What information do you need before starting?
Motor voltage, current rating (continuous and peak), control method (PWM/FOC), and your application (e-bike, scooter, etc.).
Can you design controllers for high-current applications?
Yes — the layout is done with proper high-current routing, MOSFET placement, and thermal management in mind.
Do you provide manufacturing-ready files?
Yes — Gerbers, drill files, and a full BOM are included in Standard and Premium.

