XT90 UAV Power Module 120A Current | 2S–12S | Pixhawk
XT90 UAV Power Module 120A Current | 2S–12S | Pixhawk
XT90 UAV Power Module — Up to 120A Current Sensing, 2S–12S Battery Input
Power your drone build with confidence. This pre-assembled XT90 Power Module is engineered for UAV and multirotor platforms, delivering a stable 5.2V/3A regulated output to your flight controller while simultaneously providing accurate battery voltage and current telemetry data — all from a single, compact inline module.
Why Choose This Power Module?
- Wide Battery Compatibility: Accepts 2S to 12S LiPo/LiIon battery input, making it suitable for a broad range of UAV frame sizes and power requirements.
- High-Current Sensing: Monitors up to 120A of current draw, giving your flight controller real-time power data for accurate battery state estimation.
- Defined Current Ratings: Rated for 60A continuous operation, up to 100A for short bursts (under 60 seconds), and up to 120A for current sensing — so you always know your operational limits.
- Stable Flight Controller Output: Outputs a clean 5.2V at 3A to power your Pixhawk or compatible flight controller without noise or voltage sag.
- Preassembled & Ready to Install: Arrives with XT90 input/output connectors, a filter capacitor, and a data cable already assembled — plug in and fly faster with minimal bench time.
- Clear Heat-Shrink Circuit Board Cover: The included transparent heat-shrink sleeve protects the PCB from shorts and debris without obscuring the board for visual inspection.
Specifications
| Input | 2S–12S LiPo / LiIon Battery |
| Output Voltage | 5.2V / 3A (for flight controller) |
| Continuous Current Rating | 60A (PCB rated) |
| Short-Duration Current | Up to 100A (<60 seconds) |
| Current Sensing Range | Up to 120A |
| Connectors | XT90 Input & Output |
| Compatible Flight Controllers | Pixhawk 2.4.8, Pixhawk Pro, Pixhawk 6C |
| Insulation | PVC insulation layer with heat-shrink tubing |
| Approximate Length | 15 cm / 5.91 inches |
| Country of Origin | Made in China |
What's in the Box?
- 1× XT90 Power Module (pre-wired with connectors, capacitor, data cable, and clear heat-shrink cover)
Learn more: ENERGY STAR product efficiency guidance
Frequently Asked Questions
Q: Which flight controllers is this XT90 UAV Power Module compatible with?
A: This power module is designed for use with Pixhawk 2.4.8, Pixhawk Pro, and Pixhawk 6C flight controllers. Its standard 6-pin power connector and 5.2V/3A regulated output make it broadly compatible with most Pixhawk-series and similar open-source autopilot boards.
Q: What is the difference between the 60A, 100A, and 120A current ratings?
A: The 60A rating is the safe continuous current the PCB traces can handle during normal flight. The 100A rating applies to short bursts of high-demand (under 60 seconds), such as aggressive throttle inputs. The 120A figure is the maximum range of the current sensor — meaning the module can accurately measure and report current draws up to 120A to your flight controller, even if the PCB itself should not sustain that level continuously.
Q: Does this power module come pre-assembled and ready to install?
A: Yes. The module ships with all key components already assembled — XT90 input and output connectors, a noise-filtering capacitor, and a data cable are pre-wired to the board. Simply connect it between your battery and ESC/PDB, plug the data cable into your flight controller's power port, and you're ready to go.
Q: Can this module handle a 12S battery for high-voltage UAV builds?
A: Yes. The module supports battery inputs from 2S all the way up to 12S, making it suitable for both lightweight mini-quad builds and larger, high-voltage professional UAV platforms. Always ensure your ESCs and other downstream components are also rated for 12S voltage before proceeding.
Production & Packaging Notice
To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.