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SwiftWing HVPM-01A High Voltage Analog Power Module (2S–14S, 60V) for ArduPilot & PX4

₹3,488.00 (Inclusive of all taxes)
Out of Stock

The SwiftWing HVPM-01A is a high-voltage analog power module designed for ArduPilot and PX4 flight control systems, supporting 2S to 14S LiPo batteries (9–60V) and providing a stable 5.3V BEC output for onboard electronics.

Features

  • High-voltage input range supports 2S to 14S LiPo batteries (9V–60V DC).
  • Integrated precision shunt sensor for accurate voltage and current monitoring (±2% accuracy).
  • Stable 5.3V BEC output rated for 3A continuous and 5A peak current.
  • Robust construction with Rubycon low-ESR capacitor and TVS protection for voltage spikes.
  • Compact inline XT60 form factor for easy integration into multirotor, VTOL, and fixed-wing UAVs.

Out of stock

Description

The SwiftWing HVPM-01A is engineered for demanding UAV applications requiring reliable high-voltage power monitoring and regulation. Its core function is to provide a clean, stable 5.3V supply to flight controllers and peripherals while delivering precise, real-time telemetry data on battery voltage and system current draw back to the ArduPilot or PX4 stack. This enables critical in-flight power management and battery health monitoring.

Built around a high-precision shunt resistor and a low-resistance current path, the module ensures minimal power loss and accurate measurement even under high dynamic loads. The inclusion of a high-quality Rubycon low-ESR capacitor and Transient Voltage Suppression (TVS) diode protects sensitive flight electronics from voltage spikes and ensures stable operation across the full -10°C to +60°C temperature range.

Key Features

  • Wide Voltage Input: Compatible with 2S to 14S LiPo battery packs, covering a 9V to 60V DC input range for versatile UAV power systems.
  • Precision Sensing: High-accuracy shunt-based sensor provides ±2% measurement accuracy for both voltage and current, enabling reliable telemetry and power logging.
  • Stable BEC Output: Delivers a regulated 5.3V (±3%) output capable of supplying 3A continuous and 5A peak current to power flight controllers, GPS modules, and other 5V peripherals.
  • Robust Power Handling: Rated for 60A continuous and 120A burst current, making it suitable for high-power multirotor and fixed-wing platforms.
  • Enhanced Electrical Protection: Integrated TVS diode and a Rubycon low-ESR capacitor provide protection against voltage transients and ensure stable operation under dynamic electrical loads.
  • Optimized Form Factor: Compact inline design with XT60 connectors simplifies installation and minimizes wiring clutter within the airframe.

Applications

  • High-voltage multirotor drones and heavy-lift UAVs requiring precise battery telemetry.
  • Fixed-wing and VTOL (Vertical Take-Off and Landing) platforms operating on 6S to 12S LiPo systems.
  • ArduPilot or PX4-based robotic and autonomous vehicle projects needing a stable 5V power source and current sensing.
  • Long-range FPV and mapping drones where monitoring power consumption is critical for flight planning.

Technical Specifications

ModelHVPM-01A
Input Voltage Range9V – 60V DC
Battery Compatibility2S – 14S LiPo
Max Continuous Current60A
Max Burst Current120A
BEC Output Voltage5.3V ±3%
BEC Continuous Current3A
BEC Peak Current5A
Measurement Accuracy±2% (Voltage & Current)
Operating Temperature-10°C to +60°C
Connector TypeXT60 (Inline)

Frequently Asked Questions

What is the maximum battery voltage the HVPM-01A can handle?

The SwiftWing HVPM-01A is rated for a maximum input voltage of 60V DC, which corresponds to a 14S LiPo battery pack. Its operational range is 9V to 60V, making it compatible with 2S through 14S LiPo configurations. Always ensure your battery voltage stays within this limit to prevent damage.

How do I connect and configure this module with ArduPilot?

Connect the main battery leads to the XT60 input and the 5.3V BEC output to your flight controller's power input. Connect the analog voltage and current sense wires to the appropriate ADC pins on your autopilot (e.g., the 'Current' and 'Voltage' pins on a Pixhawk). In ArduPilot's parameters, set the battery monitoring source to 'Analog Voltage and Current' and calibrate the current sensor using the measured values.

What is the accuracy of the voltage and current measurements?

The module utilizes a precision shunt resistor for current sensing and a calibrated voltage divider, providing a measurement accuracy of ±2% for both voltage and current readings. This high level of accuracy ensures reliable battery telemetry, remaining capacity estimation, and overall power system monitoring during flight.

Package Includes

  • 1 x SwiftWing HVPM-01A High Voltage Analog Power Module
  • 2 x JST power cables

Additional Information

Weight 0.038 kg
Dimensions 12 × 9 × 2 cm