XRotor Pro H300A 24S FOC V2

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XRotor Pro
H300A 24S FOC V2

High Voltage, High Power, and FOC
| Industrial Drone ESC

Specifically
Designed for
Industrial Drones

Compatible with heavy-load multi-rotor motors, VTOL rotor motors
and cruise motors, meeting high-power application demands with
high current withstand capacity.

High Voltage, High Power,
and Driven by FOC

Voltage: 100V

Continuous Current: 140A(Depending on the used
motor and propeller)

Supports up to: 28S LiPo battery

Recommended Thrust: 50~60kg

Efficient and Precise
Drive Control Technology

Utilizes HOBBYWING’s mature and reliable Field Oriented Control (FOC) drive algorithm, i.e., vector control. High efficiency and low noise, achieving precise control and energy recovery.

The fully isolated design of throttle, communication, and power circuits optimizes response speed, throttle linearity, temperature rise, and anti-interference capabilities in an all-round manner, significantly enhancing operation stability of the propulsion system and extending the drone’s flight time.

Exceptional Heat Dissipation
and Protection

Top and Bottom Shells Attached to Internal Heat-Generating Areas

The top and bottom shells are made of high thermal conductivity materials and are attached to the internal heat-generating areas, ensuring direct contact with the heat sources and achieving efficient heat conduction.
The 3D Air-Deflecting Fin Crisscross Pattern

The 3D air-deflecting fin crisscross pattern expands the heat dissipation area while accelerating the export of internal heat through propeller airflow, ensuring stable operation of the ESC even under high-temperature conditions.
Outlet Hole with Sealing Rubber Ring Design

Combined with PCB treated with the nano-coating process, it forms a dual protection, achieving an IP55 ingress protection rating (customizable up to IP67).

Exceptional Heat Dissipation and Protection

Top and Bottom Shells Attached to Internal Heat-Generating Areas: The top and bottom shells are made of high thermal conductivity materials and are attached to the internal heat-generating areas, ensuring direct contact with the heat sources and achieving efficient heat conduction.

The 3D Air-Deflecting Fin Crisscross Pattern: The 3D air-deflecting fin crisscross pattern expands the heat dissipation area while accelerating the export of internal heat through propeller airflow, ensuring stable operation of the ESC even under high-temperature conditions.

Outlet Hole with Sealing Rubber Ring Design: Combined with PCB treated with the nano-coating process, it forms a dual protection, achieving an IP55 ingress protection rating (customizable up to IP67).

Redundancy Control and
Intelligent Safety Protection

(RS485 reserved for customization) Digital Control

Dual-throttle
redundancyEnsures fast and seamless
switching of throttle signals
under abnormal conditions,
enhancing signal stability
and boosting drone safety.

Analog Control

The Power-on Self-Test Function

The power-on self-test function allows the ESC to identify faults before
takeoff. Multiple protection mechanisms including intelligent protection,
reporting warnings, and quick restart mechanisms, help reduce the losses
of sudden failures and provide comprehensive protection for flight safety.

: Intelligent protection

: Reporting warnings

: Quick restart mechanisms

Strict Testing Validation and
Long-Term Reliability

The ESC undergoes stringent environmental testing, including drive
compatibility, temperature/humidity combined vibration tests, and high &
low temperature operation tests. These tests ensure outstanding durability
and stability of the ESC even in complex and extreme environments.

Specific testing items include:

: Drive
Performance

: Functional
Shock Testing

: 0~600Hz&10G
Vibration

: High and Low Temperature Start/Stop

: High and Low Temperature Operation

: High and Low Temperature Storage

: Temperature
Cycling

: Humidity
Gradient

: Dustproof

: Waterproof

: Thermal
Shock

: Load Endurance
Test

Over 1000-hour fatigue life test

Temperature Tests

Dustproof Test

Waterproof Test

Salt Spray Test

Open Software Ecosystem and
Intelligent Interconnection

With HOBBYWING’s proprietary host computer software (DataLink): Users can easily adjust drive parameters,; CW/CCW rotations of the motor, etc.

Firmware OTA upgrade and built-in blackbox: Provide millisecond-level recording of real-time; operational data, enabling comprehensive; traceability analysis and fault diagnosis.

The ESC supports DroneCAN protocol and CAN communication: It also enables intercommunication with multiple; mainstream flight controller systems, such as; ArduPilot open source ecosystem, VK, Byaero; and Jiyi to build an intelligent flight ecosystem.

: Thank you for your interest in HOBBYWING propulsion systems! For customized solutions,
please provide your contact information and technical requirements,
and we will get in touch with you within 24 hours.

By submitting this form, you agree to HOBBYWING's Privacy Policy

Thanks for reaching out!We have received your message and will get back to you shortly.: Best Regards,
HOBBYWING Team

XRotor Pro-H300A-24S-FOC-V2 CAD

Product Name XRotor Pro H300A 24S FOC V2

Specifications

Input Voltage Continuous Current Peak Current （3 seconds） Operating Temperature Communication Protocol Throttle Signal Isolated Mode Firmware Upgrade Digital Throttle PWM Input Signal Level Throttle Signal Frequency Operating Pulse Width Throttle Travel Calibration Double Throttle Signal Propeller Positioning Failure Storage Waterproof Rating Weight（Without Cable） Size Signal Cable Define Cable Specification

12-24S（36-130V）
140A
300A（3 seconds）
-40℃~65℃
CAN/RS485(Customized）
Throttle and communication isolation
Supported
CAN/RS485
5V/3.3V
50~500Hz
1100~1940μs
Not supported
CAN+RS485 / CAN+PWM / RS485+PWM
None
2-48 hours real-time data and fault data, real-time up to ms level
IP55(Customized IP67)
800g
175x76x47mm
The yellow wire is the ground wire, the gray wire is CH, and the green wire is CL; the black wire is the ground wire, and the white wire is the throttle signal wire;
Input: Silicone cable-8AWG-200MM *2
Output: Silicone cable-8AWG-150MM *3
Signal: Shielded cable - 5pin - 308MM * 1, JR-3Pin male connector * 2

Support

Manuals & Documents

Disclaimer

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XRotor Pro H300A 24S FOC V2 Manuals

JR cable(interface) definition

How to set ESC ID-8.16

Datalink CAN upgrade guide

Datalink UART upgrade guide

About motor beep sound& ESC LED blinking

XRotor Pro H300A 24S FOC V2 3D Model Drawing

XRotor Pro H300A 24S FOC V2 CAD

Software Download

DATALINKV2

Name: DATALINKV2
Telemetry: USB, CAN, Serial
Voltage: 6-81V
Size: 57*40*13mm(without wires)
Weight: 27g

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Product Selection

XRotor Pro H300A 24S FOC V2

Overview Specifications Support Accessories Detail Contact us Shop

XRotor Pro
H300A 24S FOC V2

High Voltage, High Power, and FOC
| Industrial Drone ESC

Specifically
Designed for
Industrial Drones

Compatible with heavy-load multi-rotor motors, VTOL rotor motors
and cruise motors, meeting high-power application demands with
high current withstand capacity.

High Voltage, High Power,
and Driven by FOC

Voltage: 100V

Continuous Current: 140A(Depending on the used
motor and propeller)

Supports up to: 28S LiPo battery

Recommended Thrust: 50~60kg

Efficient and Precise
Drive Control Technology

Utilizes HOBBYWING’s mature and reliable Field Oriented Control (FOC) drive algorithm, i.e., vector control. High efficiency and low noise, achieving precise control and energy recovery.

Exceptional Heat Dissipation
and Protection

Top and Bottom Shells Attached to Internal Heat-Generating Areas

The top and bottom shells are made of high thermal conductivity materials and are attached to the internal heat-generating areas, ensuring direct contact with the heat sources and achieving efficient heat conduction.
The 3D Air-Deflecting Fin Crisscross Pattern

The 3D air-deflecting fin crisscross pattern expands the heat dissipation area while accelerating the export of internal heat through propeller airflow, ensuring stable operation of the ESC even under high-temperature conditions.
Outlet Hole with Sealing Rubber Ring Design

Combined with PCB treated with the nano-coating process, it forms a dual protection, achieving an IP55 ingress protection rating (customizable up to IP67).

Exceptional Heat Dissipation and Protection

Top and Bottom Shells Attached to Internal Heat-Generating Areas: The top and bottom shells are made of high thermal conductivity materials and are attached to the internal heat-generating areas, ensuring direct contact with the heat sources and achieving efficient heat conduction.

The 3D Air-Deflecting Fin Crisscross Pattern: The 3D air-deflecting fin crisscross pattern expands the heat dissipation area while accelerating the export of internal heat through propeller airflow, ensuring stable operation of the ESC even under high-temperature conditions.

Outlet Hole with Sealing Rubber Ring Design: Combined with PCB treated with the nano-coating process, it forms a dual protection, achieving an IP55 ingress protection rating (customizable up to IP67).

Redundancy Control and
Intelligent Safety Protection

(RS485 reserved for customization) Digital Control

Dual-throttle
redundancyEnsures fast and seamless
switching of throttle signals
under abnormal conditions,
enhancing signal stability
and boosting drone safety.

Analog Control

The Power-on Self-Test Function

The power-on self-test function allows the ESC to identify faults before
takeoff. Multiple protection mechanisms including intelligent protection,
reporting warnings, and quick restart mechanisms, help reduce the losses
of sudden failures and provide comprehensive protection for flight safety.

: Intelligent protection

: Reporting warnings

: Quick restart mechanisms

Strict Testing Validation and
Long-Term Reliability

The ESC undergoes stringent environmental testing, including drive
compatibility, temperature/humidity combined vibration tests, and high &
low temperature operation tests. These tests ensure outstanding durability
and stability of the ESC even in complex and extreme environments.

Specific testing items include:

: Drive
Performance

: Functional
Shock Testing

: 0~600Hz&10G
Vibration

: High and Low Temperature Start/Stop

: High and Low Temperature Operation

: High and Low Temperature Storage

: Temperature
Cycling

: Humidity
Gradient

: Dustproof

: Waterproof

: Thermal
Shock

: Load Endurance
Test

Over 1000-hour fatigue life test

Temperature Tests

Dustproof Test

Waterproof Test

Salt Spray Test

Open Software Ecosystem and
Intelligent Interconnection

With HOBBYWING’s proprietary host computer software (DataLink): Users can easily adjust drive parameters,; CW/CCW rotations of the motor, etc.

Firmware OTA upgrade and built-in blackbox: Provide millisecond-level recording of real-time; operational data, enabling comprehensive; traceability analysis and fault diagnosis.

The ESC supports DroneCAN protocol and CAN communication: It also enables intercommunication with multiple; mainstream flight controller systems, such as; ArduPilot open source ecosystem, VK, Byaero; and Jiyi to build an intelligent flight ecosystem.

: Thank you for your interest in HOBBYWING propulsion systems! For customized solutions, please provide your contact information and technical requirements, and we will get in touch with you within 24 hours.

By submitting this form, you agree to HOBBYWING's Privacy Policy

Thanks for reaching out!We have received your message and will get back to you shortly.: Best Regards,
HOBBYWING Team

XRotor Pro-H300A-24S-FOC-V2 CAD

Product Name XRotor Pro H300A 24S FOC V2

Specifications

12-24S（36-130V）
140A
300A（3 seconds）
-40℃~65℃
CAN/RS485(Customized）
Throttle and communication isolation
Supported
CAN/RS485
5V/3.3V
50~500Hz
1100~1940μs
Not supported
CAN+RS485 / CAN+PWM / RS485+PWM
None
2-48 hours real-time data and fault data, real-time up to ms level
IP55(Customized IP67)
800g
175x76x47mm
The yellow wire is the ground wire, the gray wire is CH, and the green wire is CL; the black wire is the ground wire, and the white wire is the throttle signal wire;
Input: Silicone cable-8AWG-200MM *2
Output: Silicone cable-8AWG-150MM *3
Signal: Shielded cable - 5pin - 308MM * 1, JR-3Pin male connector * 2

Support

Manuals & Documents

Disclaimer

HOBBYWING shall not be liable for any direct or indirect damage or loss caused by any third party using illegal means to access the website to obtain the relevant passwords, information and content.

HOBBYWING reserves the right to correct, modify and update this statement at any time.

Confirm >