Overview
The Hobbywing XRotor H80A 14S BLDC/FOC ESC is a high-performance electronic speed controller designed for VTOL drones, drone docking systems, and heavy-duty industrial UAVs. With support for 6S–14S (18–65V) input voltage, it delivers a continuous 40A and 100A peak current (3s). Its compact size (84×35×20mm), lightweight (87g), and high thermal conductivity aluminum shell make it ideal for performance-critical applications.
Specifications
Parameter | Value |
---|---|
Brand | Hobbywing |
Input Voltage | 6–14S (18–65V) |
Continuous Current | 40A (Good heat dissipation) |
Peak Current (3s) | 100A |
Operating Temperature | -40℃ to 65℃ |
Communication Protocol | CAN (Custom Serial Port) |
Digital Throttle | Supported (CAN) |
PWM Signal Level | 5V / 3.3V |
Signal Frequency | 50–500Hz |
Operating Pulse Width | 1100–1940μs |
Dual Throttle Signal | Supported (CAN + PWM) |
Propeller Positioning | Optional (IPC support) |
Failure Storage | 2–48h real-time fault logging |
Waterproof Rating | IP55 (Custom IP67) |
Weight (without cable) | 87g |
Dimensions | 84 × 35 × 20mm |
Cable Specification | 12AWG input ×2, 14AWG output ×3 |
Key Features
-
BLDC & FOC Dual Versions Available
Choose between traditional BLDC or advanced FOC (Field-Oriented Control) for higher drive efficiency, faster response, and quieter operation. -
High Voltage Support (14S Max)
Supports both standard and HV LiPo battery packs, optimized for modern high-end UAV systems. -
Excellent Thermal Design
Built with high-conductivity materials, large heat-dissipating fins, and wide-edge design, ensuring stable and reliable performance in demanding conditions. -
Intelligent Propeller Control (IPC)
Specially designed for VTOL and docking drones. Supports propeller position adjustment and current limitation to prevent motor overheating. -
CAN & PWM Dual-Throttle Signal Support
Offers redundant control and secure communication. The CAN 2.0 protocol enables data transmission up to 1Mbps with error rates <0.0003, allowing real-time remote monitoring and accurate ESC diagnostics. -
Black Box Functionality
Built-in high-speed ROM enables 2–48 hours of millisecond-level flight data recording and fault analysis for enhanced maintenance and debugging. -
Advanced Protection Strategy
Features undervoltage, overvoltage, overcurrent, and over-temperature protection with millisecond-level fault response and infinite restart. Customizable throttle isolation ensures enhanced safety.
Applications
Ideal for VTOL drones, UAV docking stations, multirotor industrial drones, and fixed-wing UAVs, the XRotor H80A delivers unmatched compatibility, efficiency, and reliability. Whether for power-hungry inspection drones or hybrid VTOL platforms, this ESC ensures optimal performance in critical operations.
Details
Small, lightweight device with 15% weight reduction. Supports standard and HV Lipo Battery packs.
BLDC compatible with more motors, offering intelligent timing, DEO, and algorithm upgrades for high KV UAVs.
Detailed design, easy installation. New appearance for multi-rotor and fixed-wing drones. High thermal conductivity materials ensure strong heat dissipation, stability, and reliability. Wide edge design simplifies installation.
Intelligent Propeller Control (H80A-BLDC-IPC) for VTOL and drone dock. Compatible with various motors, adjustable parameters prevent motor overheating.
CAN 2.0 Communication Technology enables real-time monitoring of ESC status via flight controller, with a stable transmission rate up to 1M bps and bit error rate below 0.0003.
New Generation Black Box Feature: Millisecond data recording, fast analysis, 2-48 hours storage.
CAN+PWM ensures secure throttle control with dual redundancy. New drone security strategy optimizes protection for industry scenarios, prioritizing safety and reliability through over-current and over-temperature safeguards.
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