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The PDB-150 FR4 (80A) power distribution board is a robust and reliable power management solution for drones, rovers, robotics platforms and custom DIY engineering projects. It is designed to simplify wiring while giving stable power delivery.
It handles up to 80A of continuous current and supports batteries up to 6S, providing clean, efficient distribution to as many as six ESCs or peripheral devices. Integrated voltage and current sensors give real-time monitoring of the system.
It is built from high-quality FR4 material for strength, durability and thermal stability, and the listing describes it as compact, easy to install and made in India.
80A current handling: stable power delivery for drones and robotics.
Supports up to 6S: for medium to high-power UAV and DIY systems.
Up to 6 ESCs or devices: a clean layout that reduces clutter and overheating risk.
Voltage and current sensors: real-time monitoring for safe operation.
Durable FR4 construction: mechanical strength and thermal stability.
Compact and easy to install: fits tight builds and many platforms.
Onboard regulators: 5V/4A, 12V/4A and 3.3V/1.5A outputs.
A power distribution board (PDB) takes the current from the flight battery and shares it between the ESCs and other parts of the aircraft. Instead of soldering every ESC lead to a single battery lead, you solder them to wide copper pads on the board, which handles the current safely and keeps the wiring tidy. Many boards also include voltage regulators, so that a flight controller, receiver or camera can be powered from the same board.
When you choose a PDB, check that its current rating comfortably exceeds the total of all your ESCs at full throttle, that its input voltage range covers your battery and that the pad spacing and connectors match your frame and wire gauge. Solder with a hot iron and plenty of flux so that each joint flows, and cover joints with heat-shrink.
Check every joint for cold solder and shorts before you connect a battery, and use a smoke stopper for the first power-up. A small hairline crack in a solder joint can heat up under load and fail, so re-inspect the board after crashes.
Quadcopters and hexacopters up to 6S
Rovers and robotics platforms
EV prototypes, e-cycles and skateboards
DIY engineering projects
Builds that need voltage and current telemetry
The specification table lists the brand as Axldrone, a size of 54 x 56 x 7.5mm with four M3 mounting holes, a weight of 18g, a high-density FR4 PCB, an input of up to 30V (6S), a maximum current of 80A and six +/- power pads for ESCs. The regulators provide 5V at 4A, 12V at 4A and 3.3V at 1.5A.
A JST 6-pin power connector carries 5V, 5V, current, voltage and two grounds. The current sensor is a Hall-effect sensor. The package includes the board and a 220uF/50V capacitor.
Brand: Axldrone
Size: 54 x 56 x 7.5mm, four M3 mounting holes
Weight: 18g
PCB: high-density FR4
Input voltage: up to 30V (6S LiPo)
Maximum current: 80A
ESC outputs: up to 6 (six +/- pads)
Regulators: 5V/4A, 12V/4A, 3.3V/1.5A
Power connector: JST 6-pin (5V, 5V, current, voltage, GND, GND)
Sensors: Hall-effect current sensor and voltage sensing
1 x Power Distribution Board 150
1 x 220uF/50V capacitor
Drone and robotics builders who need an 80A, 6S PDB with regulators and sensors.
Up to 80A.
Up to 6S LiPo (30V).
Up to six.
5V/4A, 12V/4A and 3.3V/1.5A.
Yes, with a Hall-effect current sensor and voltage sensing.
18g.
| Brand | Axldrone |
|---|---|
| Current Rating | 80 A A |
| Dimensions | 54 x 56 x 7.5 mm |
| Input Voltage | Up to 30V (6S) |
| Material | High-density FR4 |
| Output Voltage | 5V/4A, 12V/4A, 3.3V/1.5A |
| Weight | 18.000000 g |
| Selling unit | PCS |
