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200A Power Distribution Board for Drones and UAVs

  • High-Current Power Distribution – Handles up to 200A maximum current, making it suitable for high-power drones, UAVs, robotics, and other demanding electrical systems.
  • Wide Input Voltage Range – Supports 12V to 60V input, compatible with battery systems up to 14S LiPo.
  • Integrated 200A Current Sensor – Provides current monitoring for power-management and telemetry applications.
  • Four XT90 Power Outputs – Includes 4 × XT90 connectors, each rated for up to 50A, for connecting compatible ESCs or motor power systems.
  • Built-In 5V BEC Output – Provides regulated 5V at up to 5A for powering compatible flight controllers and onboard electronics.
  • 12V Power Output – Includes a regulated 12V at up to 5A output for compatible UAV peripherals and electronic systems.
  • Anti-Spark Soft Switching – Features soft power switching to help reduce inrush current and sparking when powering inductive loads.
  • Analog Voltage & Current Outputs – Provides analog sensing outputs for integration with compatible flight controllers, robotics systems, and monitoring equipment.
  • Compact & Lightweight Design – Measures approximately 105 × 105 × 12 mm and weighs around 90g, offering efficient integration into larger UAV platforms.
  • Suitable for High-Power UAV Systems – Designed for demanding drone, multirotor, robotics, and other high-current applications requiring organized power distribution and regulated auxiliary outputs.
  • Trusted dealerDirect manufacturer partnership
  • Pan-India deliveryInsured shipping, all states
  • Post-sale supportTraining + service included
Overview

What makes it work

200A Power Distribution Board | AxlDrone PDB for Drones & UAVs


200A
Max Continuous Current
🔋

12-60V
Up to 14S LiPo
🔌

4x XT90
50A Each
🔧

5V + 12V
BEC Outputs, 5A Each
📊

Hall-Effect
200A Current Sensor
🛡️

Anti-Spark
Soft Switching
⚖️

90g
Weight
📏

105×105×12mm
Dimensions

Full Specifications

Power & Current Handling
Specification Details
Product 200A Power Distribution Board — genuine AxlDrone hardware, an Indian-manufactured PDB built for high-current UAV systems
Maximum Current 200A continuous
Input Voltage 12V to 60V, compatible with battery packs up to 14S LiPo
Power Outputs 4x XT90 connectors, each rated up to 50A, for ESC/motor power distribution
BEC Outputs Regulated 5V at up to 5A, and regulated 12V at up to 5A, via a TPS54560 buck-converter IC (~82% efficiency)
Current Sensor ACS770ECB-200U-PFF-T Hall-effect sensor, analog output for battery current monitoring up to 200A
xBoom SKU xboom-145532
Protection, Connectivity & Build
Specification Details
Anti-Spark Protection Soft power switching to reduce inrush current and connector arcing on power-up
Analog Outputs Voltage and current sensing outputs for compatible flight controllers and telemetry systems
Connectors 4x XT90 power outputs, plus SM06B-GHS-TB, 14-pin 2.5mm header, and 6-pin 2.5mm header for sensing/BEC connections
Recommended Accessory A 220µF 100V electrolytic capacitor on the input side is recommended for power stability
Weight Approximately 90g
Dimensions Approximately 105 × 105 × 12mm

Organized, High-Current Power for Serious Builds

200A Power Distribution Board: Genuine AxlDrone Hardware

This is a genuine AxlDrone PDB, an Indian-manufactured power distribution board built specifically for high-current UAV and robotics systems. Rather than splicing battery leads into a tangle of solder joints, it takes a single battery input (12V to 60V, up to 14S) and cleanly distributes it across four XT90 outputs rated 50A each — enough for genuinely heavy-lift multirotor and industrial drone builds, not just small FPV quads.

Two onboard buck converters (built around a TPS54560 IC) generate regulated 5V and 12V rails at up to 5A each for your flight controller and other electronics, while an ACS770ECB-200U-PFF-T Hall-effect sensor provides analog voltage and current telemetry your flight controller can log directly. Anti-spark soft switching protects the XT90 connectors from the arcing that high-current inrush would otherwise cause on power-up — a genuinely important detail at this current level, not a marketing footnote.

200A Continuous Rating

Built for genuinely high-current, heavy-lift UAV power systems.

🔌

4x XT90 Outputs, 50A Each

Clean, organized power distribution to ESCs and motors.

📊

Hall-Effect Current Sensing

Analog telemetry output for accurate battery monitoring.

🛡️

Anti-Spark Soft Switching

Protects connectors from high-current inrush arcing.

Built for High-Current UAV Power Systems

The 200A Power Distribution Board brings genuinely organized, high-current power distribution to demanding builds.

Power

200A Continuous Rating

Built for heavy-lift and high-power UAV systems.

Distribution
🔌

4x XT90 Outputs

50A per output for organized ESC and motor power.

Regulation
🔧

5V & 12V BEC Outputs

Regulated power for flight controllers and peripherals.

Telemetry
📊

Hall-Effect Current Sensor

Analog voltage and current outputs for battery monitoring.

Safety
🛡️

Anti-Spark Switching

Reduces inrush current and connector arcing at power-up.

Build
⚖️

Compact, 90g Design

Small footprint relative to its 200A current handling.

Built for Heavy-Lift and High-Power UAV Systems

The 200A Power Distribution Board suits builders working on drones and robotics that draw genuinely high current.

🏋️

Heavy-Lift Multirotors

Organized high-current distribution for large payload drones.

🌾

Agricultural Spraying Drones

14S-compatible power handling for large ag-drone platforms.

🏭

Industrial UAV Systems

Reliable power distribution for commercial-grade operations.

🤖

High-Current Robotics

Suits ground and marine robotics with similar power needs.

📊

Battery Telemetry Builds

Analog current/voltage sensing feeds directly to your flight controller.

🔧

Custom High-Voltage Builds

A compact, organized power hub for custom UAV projects.

Understanding Power Distribution Boards

No dedicated video review exists for this specific high-current board, so these general PDB-concept videos explain how boards like this one fit into a UAV power system — the wiring principles apply, even though the boards shown are smaller-scale examples.

Guide to power distribution boards general overview

General PDB Guide

An overview of PDB types and features across the category

What to know about FPV power distribution boards

What You Need to Know

Key considerations when choosing and wiring a PDB

Frequently Asked Questions

How much current can the 200A Power Distribution Board actually handle?
Up to 200A continuous, with 4 XT90 output connectors rated at 50A each — genuinely built for heavy-lift and high-power UAV systems, not just small FPV quads.
What batteries is it compatible with?
12V to 60V input, covering LiPo battery packs up to 14S.
What is anti-spark soft switching, and why does it matter?
It gradually ramps up power on startup rather than connecting instantly, reducing the inrush current and arcing that would otherwise stress the XT90 connectors and battery leads at this current level.
Can this board power my flight controller?
Yes — it provides regulated 5V (up to 5A) and 12V (up to 5A) BEC outputs suitable for flight controllers and other onboard electronics.
Does it support battery current monitoring?
Yes, via an integrated ACS770ECB-200U-PFF-T Hall-effect current sensor with analog voltage and current outputs your flight controller can log.
How big and heavy is it?
Approximately 105 × 105 × 12mm and 90g — compact relative to its 200A current-handling capability.

Specifications

The full sheet

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