24V CAN BUS SERVO HUB

24V CAN 总线 伺服执行器 Series for 机器人应用 & Drones

Fashion Star CAN 总线舵机 combine multi-node communication, status feedback, and robust network control for robot platforms that require reliable coordination and scalable integration.

Explore CAN 伺服执行器 Models →View CAN 伺服执行器 Documentation
6 Official Models24V BrushlessMulti-Node
OFFICIAL CAN STORE MODELSHX8-C50W-M CAN 总线 servoHX8-C50W-M24V · 4.90N·m · 96gHX8-C28W-M CAN 总线 servoHX8-C28W-M24V · 2.74N·mRX18-C100W-M CAN 总线 servoRX18-C100W-M24V · 9.80N·m
CAN SERVO ADVANTAGES

Reliable Communication for Coordinated Robot Systems

CAN is valuable when actuator networks need multiple nodes, status communication, and protocol-level mechanisms designed for robust data exchange.

01

Robust CAN Communication

A differential bus architecture suited to coordinated actuator communication in demanding robot systems.

02

Multi-Node Networking

Connect multiple CAN 伺服执行器 nodes on a shared network and plan the system as a distributed architecture.

03

Message Arbitration

CAN arbitration coordinates message access when multiple network participants need to communicate.

04

Bidirectional Feedback

Exchange commands and model-supported status data through the CAN 伺服执行器 communication system.

05

Error Detection

CAN includes protocol mechanisms for detecting communication errors; implementation details remain network-specific.

06

Development Support

Use official protocol documentation, SDK resources, examples, software, and model datasheets for integration.

OFFICIAL 24V CAN MODELS

Choose by Published Torque and Mechanical Format

The current 商城 lists six 24V brushless CAN 总线 models. These three groups follow the actual torque, weight, and enclosure data.

HX8-C28W-M CAN servo
LIGHTWEIGHT CAN GROUP

2.74N·m CAN 伺服执行器s

HX8-C28W-M / HX8-C29W-M

商城 voltage
24V
Weight
96g
Size
40 × 20 × 46 mm
Motor / use
Brushless · Multi-Node
查看产品型号 →
HX8-C50W-M CAN servo
MID-TORQUE CAN GROUP

4.90N·m CAN 伺服执行器s

HX8-C50W-M / HX8-C51W-M

商城 voltage
24V
Weight
96g
Size
40 × 20 × 46 mm
Motor / use
Brushless · Multi-Node
查看产品型号 →
RX18-C100W-M CAN servo
HIGH-TORQUE CAN GROUP

9.80N·m CAN 伺服执行器s

RX18-C100W-M / RX18-C101W-M

商城 voltage
24V
Weight
230g / 260g
Size
63 × 34 × 47 mm
Motor / use
Brushless · Multi-Node
查看产品型号 →
Protocol Comparison

When Should You Choose a CAN 总线 伺服执行器?

Use this overview to compare control paths, then confirm wiring, topology, termination and controller support in the relevant documentation.

选型因素UARTRS-485CANPWM
Control signal / busUART 串行接口；UC-01 将 TX/RX 转换为半双工 S 信号RS-485 差分 A/B 线对CAN 总线; CANBUS and UAVCAN标准 PWM 脉宽信号（20 ms 周期）
接线方式共用信号线与电源，适合短距离集成共用 A/B 差分线对及电源，适合较长距离布线共用 CAN 总线 总线 plus power; distributed nodesOne PWM control signal per servo plus power
Feedback & controlAngle, temperature, voltage, current, power and status feedback; closed-loop controlAngle, temperature, voltage, current, power and status feedback; closed-loop controlAngle, temperature, voltage, current, power and status feedbackNo data feedback; no closed-loop control
Built-in control functionsSingle-/multi-turn position, damping, synchronous and asynchronous commandsSingle-/multi-turn position, damping, synchronous and asynchronous commands实时 CAN 控制与状态通信通过脉宽下达位置指令；保护参数可配置
Communication strengths开发简单，布线紧凑抗干扰能力强，适用于远距离差分通信High real-time performance, robust interference resistance and multi-node networking简单、通用的控制器接口
Best-fit applications适用于教育、科研、机器人关节及需要状态监测的短距离系统。Industrial, medical and research systems needing long-distance, noise-resistant control无人机、AGV、自主移动平台及高可靠性移动机器人适用于教育、RC 模型、车船模型及对成本敏感且无需反馈的应用。

Choose CAN when you need real-time, robust multi-node communication for distributed robot systems.

获取选型支持
应用与解决方案

Built for Multi-Node Robot Architectures

CAN is a strong starting point when several actuators must share a reliable network and return system status to the controller.

CAN advanced robot arm application
MULTI-JOINT CONTROL

Advanced 机器人机械臂

Coordinate several joints through one distributed communication architecture.

CAN humanoid robot application
DISTRIBUTED JOINTS

人形机器人s

CAN supports multi-node joint networks where coordination and status communication matter.

CAN quadruped robot application
COORDINATED MOTION

Quadruped Robots

A shared CAN network can organize multiple leg actuators and feedback paths.

CAN mobile robot application
SCALABLE NETWORK

Mobile Robot Platforms

Use CAN when auxiliary axes and actuators must integrate into a distributed platform.

CAN research robot application
MEASURABLE STATUS

Research Robots

Combine coordinated commands with model-supported status data for development.

CAN autonomous platform application
RELIABLE INTEGRATION

Outdoor & Autonomous Platforms

Use CAN for robust multi-node control in autonomous platforms and mobile machines.

CAN SERVO SELECTION GUIDE

Eight Checks Before Choosing a CAN 伺服执行器

Define actuator and network requirements, then verify exact values and configuration in the official 商城 and CAN 伺服执行器 技术文档.

01

Torque & Speed

Match load and motion requirements to published model specifications.

02

Operating Voltage

Confirm the 24V servo range and power-system compatibility.

03

Size & Mounting

Check enclosure, shaft, dimensions, weight, and installation space.

04

CAN Node Count

Plan the number and distribution of actuators on the intended bus.

05

Bitrate & Controller

Verify CAN controller compatibility and supported configuration in the 技术文档.

06

Feedback Needs

Identify required status data and confirm support for the selected model.

07

Topology & Termination

Plan wiring and termination according to the official integration guide.

08

SDK & Documentation

Confirm the host platform, examples, protocol resources, and workflow.

Ready to compare official CAN models?

Review torque, dimensions, price, and availability in the CAN 伺服执行器 商城 category.

Compare CAN 伺服执行器 Models →
SDK 与平台支持

Develop with the Platforms You Already Use

Standard platform visuals make the supported development ecosystem easier to scan.

Arduino logoArduino
STMicroelectronics STM32 logoSTM32
Espressif ESP32 logoESP32
Raspberry Pi logoRaspberry Pi
Python logoPython
ROS logoROS / ROS2
NVIDIA Jetson logoJetson
C++ logoC++ / MATLAB

Use 软件开发工具包, protocol documentation, PC tools and CAD resources to move from wiring to motion control faster.

资源中心

Documentation and Engineering 资源中心

Find the resources you need for product selection, wiring, protocol integration, software development and mechanical design.

📘

User Manual

Read CAN 伺服执行器 setup instructions, wiring guidance, operation steps and safety notes.

💻

SDK

Access development resources for supported controllers, languages and robot platforms.

🔌

API

Review CAN messages, control logic and model-supported feedback workflows.

📐

CAD Files

Download available drawings and 3D models to check dimensions and mounting space.

🧰

PC Software

Use available tools to test communication, configure parameters and verify motion.

❓

技术文档 / FAQ

Browse CAN protocol documentation, troubleshooting notes and product resources.

CAN SERVO FAQ

Frequently Asked Questions

Use the Hub for selection and the CAN 伺服执行器 技术文档 for termination, message format, bitrate, wiring, and code details.

What is a CAN 总线 servo?
A CAN 总线 伺服执行器 is an actuator controlled through a CAN network. It can participate in a multi-node system and exchange commands and model-supported status data with the host controller.
What are the advantages of CAN servos?
CAN provides a distributed multi-node architecture, message arbitration, protocol error-detection mechanisms, and bidirectional data communication. These characteristics are useful in coordinated robot systems that prioritize reliability and network scalability.
What is the difference between CAN and RS-485 servos?
Both use differential communication. CAN provides a message-based multi-node network with arbitration and CAN-specific error mechanisms. RS-485 provides a robust differential serial physical layer and is often selected for longer serial wiring. Choose according to the controller and complete network architecture.
Can multiple CAN servos share one bus?
Yes. Multi-node networking is a core reason to select CAN 伺服执行器. The number of nodes, topology, bitrate, wiring, and power distribution must be planned using the official documentation.
Do CAN servos provide position or current feedback?
CAN 伺服执行器 systems support status communication, but available feedback items depend on the model and protocol implementation. Confirm the exact position, current, or other data in the selected model datasheet.
Does a CAN servo network require termination resistors?
CAN networks normally require correct bus termination, but the component placement and integration details depend on the system. Follow the official CAN 伺服执行器 技术文档 rather than relying on a generic Hub-page diagram.
How do I choose a suitable CAN servo?
Check torque, speed, voltage, size, mounting, node count, controller and bitrate compatibility, feedback needs, network topology, termination, and available SDK documentation against official model data.