High-current power electronics
Power, under control.
Turkish-built power distribution boards and motor drivers for competition teams and mobile drive applications. From engineers who have competed — built to work in the field.
Power distribution board
Power Distribution Board
Distributes battery power across the whole system without sag and without heat build-up.
ExploreMotor driver (ESC)
5 kW Motor Driver (ESC)
Drives Hall-sensored BLDC motors, with the safety and CAN infrastructure included.
- 5 kW
- 60–96 V
- 300 A
- 300 A
- Peak current · 60 V · 10 s
- 60–96 V
- DC supply range
- 5 kW
- Rated power
Where they sit
Two boards, one power chain.
Which board you need depends on how many consumers your system has. The chain below shows where each one comes in.
Battery
60–96 V DC
Product
Power Distribution Board
Distribution + buffer capacitance
↳ Control board · Auxiliary systems
Product
Motor Driver
5 kW · 300 A peak
↳ CAN — telemetry
BLDC Motor
Hall-sensored
Why Baetronics
We lived through these problems too.
Connection map
Every board is explained with a connection map that marks what each terminal does. We do not leave the wiring to a PDF.
Domestic and reachable
Domestic, in-stock alternatives are identified for critical components up front, so the calendar is not left to overseas lead times.
Safety on the board
Deadman input and 12 V contactor driver integrated. No separate relay board to carry.
Copper sized for heat
Power planes are sized to spread the heat high current produces without building a hot spot.
Still there after delivery
If you get stuck fitting the board, you can reach us on the same line you used at the quote stage.
Applications
From electric vehicles to underwater systems — any platform that has to manage high current in a limited volume.
- Electric vehicles
- Unmanned aerial vehicles
- Underwater systems
- Robotics and autonomous platforms
- Industrial drives and test benches
- R&D and university laboratories
Competitions
It came out of competing teams.
Our team took roles inside TEKNOFEST teams, from component sourcing to commissioning. The boards we make are the answer to the problems we kept meeting there.
We have no official partnership with these organisations; our products are aimed at the needs of teams competing in these events.
How we work
From request to commissioning.
- 01
Requirement analysis
We map your system's voltage, current and environment together.
- 02
PCB design
A board designed for the need, or an existing board adapted to it.
- 03
Component sourcing
A domestic supply network cuts the long lead times.
- 04
Build and test
Every board is tested before it ships.
- 05
Commissioning
Technical support stays with you while you fit it.
Frequently asked
The five most asked questions.
What motor type does the driver run?
How long can it deliver 300 A peak?
What supply voltage range does it work at?
Is regenerative braking included?
What protocol does the driver communicate with?
Let's talk about your board.
Tell us your application and your voltage and current needs. If the board we have does not fit, we design one that does.