
| Parameter | Value |
| Operating Temperature | -40℃ ~ 120℃ |
| Maximum Current | 60.0A max. |
| Motor Type | Three-phase DC Brushless Motor |
| Reduction Mechanism | Gear + Planetary Gear Train |
| Motion Conversion Mechanism | Ball Screw |
| Parking Function | Rear Axle Integrated EPB Parking |
| NVH | ~55dB |
| TTL | ≤ 90ms |
Industry Trends
The automotive industry is rapidly shifting from traditional hydraulic braking systems to electro-mechanical brake (EMB) systems, driven by the development of L3+ autonomous driving.
EMB systems enable higher control precision, faster response, and improved safety, making them a key component in next-generation brake-by-wire architectures.
With the advancement of chassis domain control, EMB systems play a central role in coordinating longitudinal, lateral, and vertical vehicle dynamics, supporting the evolution of intelligent chassis ecosystems.
Functional safety and cybersecurity have become critical requirements, driving EMB systems toward redundant architectures and advanced safety design, fully aligned with ASIL-D standards.
Technical Features
Dowway’s electro-mechanical brake system integrates advanced control algorithms, redundant safety architecture, and high-performance components to deliver reliable braking performance.
• Redundant safety design with ASIL-D compliance and full functional safety coverage
• Advanced control algorithms including feedforward/feedback logic and multi-input multi-output (MIMO) vehicle dynamics control
• Self-developed core components such as brake calipers, force sensors, and motor control systems for optimized system compatibility
• AUTOSAR-based software architecture with multi-chip support and OTA upgrade capability
• Intelligent braking force estimation and degradation control for enhanced system reliability
Product Advantages
Dowway’s EMB system offers significant advantages over traditional braking systems:
• Fully dry-by-wire design eliminating hydraulic components for simplified structure and reduced maintenance
• Faster response time and higher braking precision for improved vehicle safety
• Reduced assembly complexity and cost, enabling platform-based vehicle development
• High degree of control freedom supporting redundant and collaborative control strategies
• Lightweight and compact design suitable for multiple vehicle platforms
• Integrated software and hardware solution for end-to-end system delivery
Application Scenarios
Electro-mechanical brake systems are widely applied in modern vehicle platforms requiring high safety and intelligent control.
• Suitable for passenger vehicles with GVW ≤ 3 tons
• Ideal for L3+ autonomous driving systems requiring precise and reliable braking control
• Integrated into intelligent chassis systems including steering-by-wire and active suspension
• Supports next-generation vehicle architectures with full-stack drive-by-wire integration
Dowway EMB System Capabilities
Dowway provides comprehensive electro-mechanical brake system solutions, combining advanced hardware design and software development capabilities.
Our solutions include controller design, brake actuator systems, sensor integration, and algorithm customization, ensuring high performance and seamless integration with intelligent driving and chassis systems.
With strong capabilities in system integration, functional safety, and mass production support, Dowway delivers reliable EMB solutions for OEM customers worldwide.








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