HUB-E HPC - 3 Power Cube
- High-Performance Power Module – The HUB-E HPC-3 Power Cube is designed to provide reliable power conversion and distribution for advanced drone and robotics applications.
- Wide 4–14S Input Voltage Range – Supports a broad input voltage range of 4S to 14S, making it suitable for a variety of high-power battery systems.
- Dual 5.3V and 12V Outputs – Provides two high-current power outputs: 5.3V/10A and 12.0V/10A for powering compatible onboard electronics and peripherals.
- Dedicated 5V Sensor Output – Includes a 5V sensor output rated at 0.5A for compatible sensors and low-power electronic devices.
- Efficient Power Distribution – Helps simplify power management by providing multiple regulated voltage outputs from a single power module.
- Integrated Cooling Fan – Features a 40 × 40 × 6 mm cooling fan to assist with thermal management during operation.
- Suitable for Advanced UAV Systems – Ideal for integrating power-hungry electronics and accessories into professional drone and UAV platforms.
- Supports Multiple Onboard Devices – Designed for powering compatible flight electronics, sensors, communication equipment, and other peripheral hardware.
- Compact Power Solution – Combines multiple output voltage options in a single power cube for streamlined system integration.
- Professional Power Management – Suitable for demanding applications involving high-power drones, UAVs, robotics, and custom electronics platforms.
- Trusted dealerDirect manufacturer partnership
- Pan-India deliveryInsured shipping, all states
- Post-sale supportTraining + service included
What makes it work
HUB-E HPC-3 Power Cube
The HUB-E HPC-3 Power Cube is a genuine high-performance power distribution module for demanding UAV and robotics platforms, converting a wide 4-14S battery input into clean, regulated power for onboard electronics.
2x 5.3V/10A + 12V/10A Outputs
5V/0.5A Sensor Output
Active Fan Cooling
Cables Included
Full Specifications
| Specification | Details |
|---|---|
| Product | HUB-E HPC-3 Power Cube — genuine Hub-e power distribution hardware, labeled “HPC-H3” on the unit itself |
| Input Voltage Range | 4S to 14S battery input |
| Regulated Power Outputs | Two 5.3V/10A outputs (labeled “Power 1” and “Power 2”) plus one 12.0V/10A output |
| Sensor Output | 5V at 0.5A, for low-power sensors and electronics |
| Cooling | Integrated 40mm x 40mm x 6mm active cooling fan |
| xBoom SKU | xboom-145367 |
| Specification | Details |
|---|---|
| Construction | Carbon-fiber-finish top plate over a multi-port connector board |
| Connector Layout | 4 labeled ports: 12.0V, Power 2, Power 1, and Sensor (Sen.) |
| Included Accessories | A complete set of power cube connector cables |
| Typical Loads | Heated IMUs, dual GPS modules, lidar sensors, companion computers, gimbals, cameras, servo mechanisms, telemetry modules, and landing gear systems |
| Intended Use | Enterprise-grade UAV and robotics platforms needing multi-voltage power distribution |
One Module, Three Regulated Outputs
HUB-E HPC-3 Power Cube: Genuine High-Performance Power Distribution
This is a genuine Hub-e power module — the unit itself is clearly labeled “HUB-e HPC-H3,” with a carbon-fiber-finish top plate and four labeled connector ports: 12.0V, Power 2, Power 1, and Sen. It accepts a wide 4S to 14S input, covering everything from smaller high-power battery packs up to large enterprise UAV battery systems, and steps that down into three separately regulated outputs: two independent 5.3V/10A rails and one 12.0V/10A rail, plus a dedicated 5V/0.5A output specifically for lower-power sensors. That’s a genuinely useful clarification worth having clearly stated, since it’s easy to read “dual 5.3V and 12V outputs” as just two ports total — in practice you get two separate 5.3V connections to work with, not one.
An integrated 40x40x6mm cooling fan keeps the module running reliably under sustained load, which matters given the kind of hardware this is built to power: heated IMUs, dual GPS modules, lidar sensors, companion computers, gimbals, cameras, servo mechanisms, telemetry modules, and landing gear systems — the power-hungry peripherals that larger, more capable UAV platforms increasingly carry. It ships with a complete set of matching power cube cables, so you’re not sourcing connectors separately to get it wired into your build.
Wide 4-14S Input Range
Compatible with a broad range of high-power battery systems.
Three Regulated Outputs
Two 5.3V/10A rails plus one 12.0V/10A rail for onboard electronics.
Dedicated Sensor Output
A separate 5V/0.5A rail keeps sensors isolated from higher loads.
Active Fan Cooling
Sustained reliable performance under demanding power loads.
See Every Detail
Ready to Wire Into Your Build
The complete set of power cube cables included with the module — the connector harnesses needed to wire the Power Cube’s outputs into your UAV’s onboard electronics without sourcing cabling separately.

Built for Power-Hungry UAV Platforms
The HUB-E HPC-3 Power Cube gives enterprise UAV builds the multi-voltage power distribution they need.
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Wide 4-14S Input Range
Works across a broad range of high-power battery systems.
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Two 5.3V/10A Outputs
Independent power rails for separate onboard electronics.
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12.0V/10A Output
A third regulated rail for higher-voltage peripherals.
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Dedicated Sensor Rail
5V/0.5A output isolated from higher-current loads.
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Active Fan Cooling
A 40x40x6mm fan for reliable performance under load.
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Complete Cable Set Included
Everything needed to wire it into your build right away.
Built for Serious UAV and Robotics Builds
The HUB-E HPC-3 Power Cube suits builders and integrators powering multiple demanding electronics from one battery system.
Heated IMUs & Sensors
Stable power for sensors that need consistent, regulated voltage.
Dual GPS & Telemetry
Reliable power for navigation and communication systems.
Gimbals & Cameras
Dedicated power rails for imaging and stabilization hardware.
Companion Computers
Clean, isolated power for onboard compute hardware.
Servos & Landing Gear
Higher-current outputs for mechanical actuation systems.
Custom Robotics Platforms
A flexible power backbone for custom electronics integrations.
Understanding Power Distribution Modules
General context on how power distribution modules like this one work in drone and UAV builds.








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