Automated Emergency Braking System For Plunger Pump Custom Solutions
Automated Emergency Braking System For Plunger Pump Custom Solutions
Automated Emergency Braking System For Plunger Pump Custom Solutions
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Automated Emergency Braking System For Plunger Pump Custom Solutions
We specialize in customizing Automated Emergency Braking Systems (AEBS) for global automakers and startups, such as our plunger pump products.
Automated Emergency Braking System (AEBS) is an active automotive safety technology based on sensors, cameras, radars (such as millimeter-wave radar or lidar) and artificial intelligence algorithms. Its core function is to automatically trigger the braking system to avoid or mitigate collision accidents by monitoring obstacles in front of the vehicle (such as vehicles, pedestrians, bicycles, etc.) in real time when the driver does not react in time.
Working principle: The system obtains the front environment data through multi-sensor fusion technology (such as camera + radar). After the algorithm determines the collision risk, the system will first issue a warning (such as sound or vibration prompt). If the driver does not take action, emergency braking will be automatically performed.
SY-PARTS provides customized design and production solutions for brake system parts for various e-cargo, e-bike, e-tri-bike, electric bicycle trailers, etc. Our services encompass the full spectrum, from project ideation to design and parts production solution implementation. With 30 years of industry experience, we guarantee that each new product meets the exacting standards of the market. We invite you to collaborate with us to shape an innovative future.
Products Description
Part Name
AEBS Plunger Pump Custom Solutions
AEBS Technology-leading region
Europe: Tier 1 suppliers such as Bosch and Continental dominate, with a high penetration rate of AEBS. EU regulations require that new cars after 2022 must be equipped with AEBS.
United States: Tesla Autopilot, GM Super Cruise and other systems integrate AEBS, and NHTSA promotes standardized testing.
Japan: Toyota TSS and Honda SENSING systems cover mid- and low-end models with high cost performance.
Benefits of AEBS
Improved safety: Reduce rear-end collisions,Reduce the risk of pedestrian collisions
Economical: Reduce accident repair costs and insurance premiums (some insurance companies offer discounts for vehicles equipped with AEBS).
Optimized driving experience: Relieve driver fatigue and enhance confidence in complex road conditions (such as congestion and night driving).
Environmental benefits: Reduce traffic congestion caused by accidents and indirectly reduce exhaust emissions.
Reference Numbers
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Service Advantage
Provides customized design and production solutions for brake system parts for various gasoline vehicles, diesel vehicles,E-cargo, E-bike, E-tri-bike, Electric bicycle trailers, etc.
Highly efficient development process from: concept design, drawing confirmation, mold opening, sample confirmation, mass production to delivery; Highly efficient development process ensures that development is more economical, safe, reliable and secure.
Our services cover the entire project life cycle, from the project conception stage through the design and component production to the ultimate project delivery.
Our services encompass the entire project lifecycle, from the initial idea to the final product .
With over three decades of experience in the industry and a global customer base, we have amassed a vast repository of vehicle model data and have a comprehensive and professional development process
The product is certified by the relevant technical specifications, including IATF 16949 and ISO 9001.
Our Five-axis CNC machining centers have an accuracy of up to 0.004mm,high-speed ATC tool magazine, and more diversified processing.The CNC system is based on FANUC 0iMF PLUS.They not only shorten the production cycle of parts, but also provide high accuracy, stability and repeatability, reducing costs, improving quality and increasing efficiency.
The roughness of the cylinder inner wall strictly conforms to the Japanese JIS standard and achieves Rz1.6.
