In the driverless automotive industry, brake-by-wire systems are at the forefront of continuous innovation and development.As a result, brake-by-wire systems have become an indispensable component in unmanned vehicles, and in order to meet the needs of different application scenarios, TEEMO has introduced the brake-by-wire systems DBS3001, brake-by-wire systems-5001-W, and brake-by-wire systems-5001-Z.

The Features of the TEEMO Brake-by-Wire Systems

1.Compact Design, Robust Performance

The DBS3001 is a compact system with dimensions of 297mm x 219mm x 142mm and a lightweight assembly of just 4.6 kg, making it easy to integrate into various vehicle platforms. Its operational capabilities are impressive, with braking pressure control accuracy of ±0.1 MPa, ensuring reliable braking performance. The system's response time is a critical advantage, boasting a brake response delay time of less than 100 ms and the ability to reach maximum brake pressure from 0 to 10 MPa in under 200 ms.

2.Temperature Resilience and Durability

One of the features of the https://www.teemoauto.top/Brake-By-Wire-System-3001.html is its ability to operate in a wide range of temperatures, from -40°C to +105°C, making it suitable for diverse climatic conditions. Its robust construction, with an IP67 protection level (without connectors), safeguards the system against dust and water, ensuring reliable operation even in harsh environments.

The Advantages of the TEEMO Brake-by-Wire Systems

1.Customization for Diverse Vehicle Types

The DBS3001's master cylinder diameter of 20.64mm, combined with a maximum braking pressure of 10 MPa, provides ample stopping power for a variety of vehicle types. TEEMO 's product line extends beyond the DBS3001, offering models like the DBS5001_W and DBS5001_Z, each tailored to different vehicle requirements. These models cater to heavier loads and more demanding applications, such as in the agricultural sector or for larger logistics vehicles.

2.Vehicle-grade Reliability

The Driveless Braking System (DBS) utilizes an advanced electronic control unit and complies with quality standards such as ISO 26262 and ISO 21448. The system achieves a high level of functional safety, reliability, and performance in the industry.

By applying ASIL-D-rated safety architecture and following the SOTIF standard, DBS demonstrates excellent adaptability and safety in complex driving scenarios.

This vehicle-grade level is not only a commitment to quality and technical excellence but also sets a new quality and safety benchmark for the unmanned vehicle industry.

3.Strict compliance with ISO 9001 quality standards

ISO 9001 certification, as an international standard, is a widely accepted and recognized mark of a quality management system that helps to increase the competitiveness of brake-by-wire systems in the international market.

TEEMO strictly adheres to the requirements of ISO 9001 to review the quality management system of the entire production process of DBS.

4.Persistence in Innovation

TEEMO has always been committed to continuous innovation and upgrading of the line control system to ensure that the DBS can keep up with the market demand and maintain a leading position in the industry.

Through continuous research and development and technological upgrades, we have not only improved the response time of the DBS, but also realized a significant reduction in the size of the product (TEEMO DBS weighs only 4.2kg).

Conclusion

In conclusion, TEEMO brake-by-wire systems represent a major step forward in self-driving car technology. Their adaptability and customization capabilities will play a key role in the expansion of unmanned vehicle applications, ensuring that the technology remains at the forefront of innovation and safety.As the application scenarios of unmanned vehicles continue to expand, brake-by-wire systems are also gradually venturing into a wider range of fields, including, but not limited to, unmanned logistics, specialty vehicles, and agricultural vehicles. unmanned logistics, specialty vehicles, and agricultural vehicles.