XRotor H130A 14S BLDC/FOC
New Hardware
Better Performance
High TG
High temperature resistance up to 170℃
Thick Copper PCB
Base copper 30Z
Full Copper Filling Process
Current Resistance
Improved By 30%

( Compared to Platinum 130A)
Dual Communication
Bus Design
The industry's first CAN + 485 dual-bus throttle design,
further enhances anti-interference and ensures safe flight.
Independent Power Supply,
Real-time Wake-up
  • The ESC control circuit and power circuit
    are powered separately to ensure power supply
    stability and quick response.
  • Compatible with low power consumption mode:
    Quickly enters a low-power state after activating
    sleep mode, and can be awaken to enter the working
    state at any time by external signals.
Detailed Design,Easy Installation
New appearance, easy to install on both multi-rotor and fixed-wing drones.
High Thermal Conductivity Materials
Strong heat dissipation, stable and reliable.
Compared to Platinum 130A, the temperature
drops by about 20℃ under the same
working conditions.
Wide Edge Design
Easy to do installation
High Power
Density
Compared with same
power ESC,
smaller in size and
lighter in weight.
Intelligent
Propeller Control
(H130A-BLDC-IPC)
Special design for VTOL and drone dock applications.

Compatible with different motors and propellers, open
parameter settings.

Adjust parameters such as fixed propeller and maximum
current according to the needs,effectively prevent motor
overheating.
CAN 2.0 Communication Technology
The working status of the ESC can be remotely monitored in real-time through the flight controller,
and the power system data can be accurately diagnosed and analyzed.
CAN digital throttle and PWM throttle form a dual-throttle redundancy,
ensuring more secure throttle control.
New Generation
Black Box Feature
Millisecond-level data recording. Fast data & fault analyzing.
Built-in high-speed ROM. 2~48 hours of
operating data & fault code storage.
New Drone Application
Security Strategy
The protection strategy is optimized according to the industry
application scenarios. For example, over-current protection
millisecond-level restart, over-temperature only provides early
warning without limiting power output. The protection logic
takes the safety of the drone as the first priority to ensure
reliability.
XRotor H130A 14S BLDC/FOC
Dual Communication Bus Design
The industry's first CAN + 485 dual-bus throttle design, further enhances anti-interference and ensures safe flight.
Independent Power Supply,
Real-time Wake-up
  • The ESC control circuit and power circuit are powered separately to ensure power supply stability and quick response.
  • Compatible with low power consumption mode: Quickly enters a low-power state after activating sleep mode, and can be awaken to enter the working state at any time by external signals.
Detailed Design,Easy Installation
New appearance, easy to install on both multi-rotor and fixed-wing drones.
Intelligent Propeller Control
(H130A-BLDC-IPC)
Special design for VTOL and drone dock applications. Compatible with different motors and propellers, open parameter settings. Adjust parameters such as fixed propeller and maximum current according to the needs,effectively prevent motor overheating.
CAN 2.0 Communication Technology
The working status of the ESC can be remotely monitored in real-time through the flight controller, and the power system data can be accurately diagnosed and analyzed. CAN digital throttle and PWM throttle form a dual-throttle redundancy, ensuring more secure throttle control.
New Generation Black Box Feature
Millisecond-level data recording. Fast data & fault analyzing.
Built-in high-speed ROM. 2~48 hours of operating data & fault code storage.
New Drone Application Security Strategy
The protection strategy is optimized according to the industry application scenarios. For example, over-current protection millisecond-level restart, over-temperature only provides early warning without limiting power output. The protection logic takes the safety of the drone as the first priority to ensure reliability.