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The Peregrine HyperVolt 2S-12S is a high-voltage BEC power module designed to provide regulated power for compatible drone electronics. It accepts a 2S–12S LiPo battery input and offers selectable output voltages of 3.3V, 5V, 9V and 12V. With up to 4A peak output current and built-in protection features, this module is suitable for UAV builds that require a stable supply for compatible onboard components.
Features
1. 2S – 12S Li-Po Input Support
2. Selectable 3.3V / 5V / 9V / 12V or customisable Output
3. Up to 4A Peak Output Current
4. Up to 92% Efficiency
5. Low Ripple & Stable Output
6. Reverse Polarity Protection
7. Over-Current Protection
8. Short-Circuit Protection
9. Thermal Shutdown Protection
10. Automotive Grade TI Controller
Specifications
1. Controller IC — Texas Instruments
2. Input Voltage — 2S – 12S Li-Po
3. Maximum Input Voltage — 50.4V
4. Output Voltages — 3.3V / 5V / 9V / 12V
5. Output Accuracy — ±2%
6. Peak Output Current — Up to 4A
7. Conversion Topology — Non-Synchronous Buck
8. Efficiency — Up to 92%
9. Ripple & Noise — < 50mVp-p
10. Switching Frequency — 100kHz – 2.5MHz
11. Protection — OCP / SCP / UVLO / Thermal Protection
The Peregrine HyperVolt 2S-12S is designed for drone builders who need to convert a higher battery voltage into a regulated output for compatible electronics. Its buck-converter design steps down the battery input to a selected voltage for supported onboard components.
The module supports selectable 3.3V, 5V, 9V and 12V outputs. Choose the appropriate output for the device being powered, and verify the selected voltage before connecting sensitive electronics. Output selection should follow the manufacturer's instructions for the board's configuration pads or adjustment method.
With support for 2S–12S LiPo input and a maximum stated input voltage of 50.4V, the module can be considered for compatible builds using different battery configurations. Always verify the actual battery voltage and polarity before connecting power. Never exceed the module's specified input range.
The Peregrine HyperVolt 2S-12S includes reverse-polarity protection, over-current protection, short-circuit protection and thermal shutdown features. These protections help reduce the risk of damage under specified fault conditions, but they do not remove the need for correct wiring and careful operation.
The module is also designed for low output ripple. Actual output performance depends on the load, installation and operating conditions.
Before installation, confirm the power requirements of the flight controller, receiver, GPS, video transmitter or other peripheral that will use the regulated output. Check the wiring diagram, connector pinout and output selection before applying power.
Secure the module so it cannot contact conductive parts or move during flight. Keep wiring tidy and inspect connections for shorts, damage or loose joints. During initial testing, verify the output voltage with suitable measuring equipment before connecting sensitive electronics.
When selecting a BEC for a UAV build, consider the battery voltage range, required output voltage, peak current demand, continuous load and cooling conditions. The stated 4A peak rating should not automatically be treated as a continuous current rating. Check the manufacturer's documentation for the permitted load and thermal limits.
The Peregrine HyperVolt 2S-12S can be a useful power-management option when its voltage and current specifications match the requirements of the connected equipment. Confirm compatibility and follow the manufacturer's installation instructions before use.
Before powering the module, verify the selected output voltage and confirm it matches the connected device. Inspect all solder joints, connectors, and cables for damage or loose connections. Provide suitable airflow around the board, especially when powering components with higher current demands. During bench testing, measure the output with a multimeter and disconnect power before changing wiring or voltage settings.
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