Wired Components

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Wired Components

By-Wire Chassis is emerging as a core driver of innovation, enabling precise control of a robot's motion systems—including propulsion, steering, braking, and suspension—through electronic signals. Compared to traditional mechanical or hydraulic connections, this technology enhances the precision, response speed, and flexibility of robotic chassis.


To learn more about how by-wire chassis technology can enhance your robot chassis, please feel free to contact us. Xspirebot's project team will provide you with customized solutions to help you embrace the future of intelligent and automated systems.

Brake-by-Wire System Read More +

Brake-by-Wire System

Electric Brake-by-Wire Read More +

Electric Brake-by-Wire

Steer By Wire Kit Read More +

Steer By Wire Kit

Steering-by-Wire System Read More +

Steering-by-Wire System

Electric Steering-by-Wire Read More +

Electric Steering-by-Wire

Wireless control components are primarily used for precise control and modular design in automatic robot chassis. Their core systems include wireless steering and wireless braking, which replace traditional mechanical connections with electrical signals to achieve vehicle control.

Wired Braking

A line control braking system is a technology that controls the braking system via electronic signals, primarily used for robot chassis motion control and precise braking. Its core feature is real-time monitoring of motion status or command signals via sensors, which are processed by an electronic control unit (ECU) to drive motors or hydraulic systems to execute braking actions.

Steering-by-Wire

Linear control steering is an advanced steering control technology that uses electronic signals to control steering actuators, replacing traditional mechanical or hydraulic connections. It is typically combined with autonomous navigation, sensor fusion, and artificial intelligence (AI) algorithms to support precise path tracking and dynamic adjustments.

In robot chassis, it captures steering intent (automatic control signals) via sensors, processes them through an electronic control unit (ECU), and drives electric actuators (such as motors) to execute steering. This enables the robot chassis to perform path planning and dynamic adjustments without human intervention, featuring precise path tracking and obstacle avoidance capabilities.

Wired Braking
Steering-by-Wire

What are the advantages of wireless control?

1. Precise control and rapid response

Wireless chassis control power, steering, and braking via electronic signals, achieving millisecond-level response speeds, making them suitable for navigation and obstacle avoidance in complex environments.


2. Modularity and integration

Supports modular design for easy assembly and upgrading, and can be seamlessly integrated with systems such as sensors to adapt to various robot chassis tasks.


3. Safety and redundancy

Ensures safe operation even if components fail through dual power supply and multi-channel communication, making it particularly suitable for autonomous robot chassis.


4. Dynamic adjustment and intelligence

Parameters can be adjusted in real time via software for personalized customization based on different scenarios and environments.


5. Automation and Human-Machine Decoupling

Enables fully automated operation without human intervention, suitable for various unmanned scenarios such as agricultural bird-scaring robot chassis, delivery robots, inspection robot chassis, firefighting robot chassis, or logistics handling vehicles.

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Accelerating the Robot Dream

Empowering robot innovation, providing full-cycle development services, reducing costs, and accelerating the commercialization process.

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