Leveraging its superior handling and safety performance, rear-wheel steering systems are now widely adopted across various vehicle types, including luxury sedans, SUVs, and supercars. With the rapid development of the domestic automotive industry, rear-wheel steering systems are increasingly becoming standard equipment in vehicle models priced at 200,000 RMB and above.

As the core sensing unit of this system, the Linear Position Sensor (LPS) must not only maintain precision stability under the complex mechanical conditions of the chassis system but also possess reliable anti-interference capabilities. Vicvac Electronics Technology has independently developed a cost-effective linear position sensor based on eddy current technology and has secured another project award from a high-quality domestic customer. Mass production for this project is scheduled to begin in June 2026.

Currently, our company's sensor products serve multiple terminal OEMs, including top central enterprises, local state-owned enterprises, private companies, new energy vehicle startups, as well as renowned international automakers.

Why Do Automotive Customers Choose Vicvac Electronics Technology?
High Performance – Taking the LPS as an Example

• Anti-interference Capability: The eddy current solution withstands 4000A/m electromagnetic interference and is equipped with a shielding cover to immunize it from the chassis metal environment.

• Mechanical Performance: Withstands 10g random vibration and 50g mechanical shock.

Global Compliance and Product Reliability

• Certifications: Functional safety processes.

Excellent Engineering Design and Service

• Advanced R&D technology combined with a customer-oriented design philosophy.

• Extensive experience in industrial and automotive applications.

• Possession of advanced laboratories and automated production lines.

• Fast response, competitive delivery times, and high cost-effectiveness.

Vicvac Electronics Technology is committed to providing safe, reliable, and high-performance sensor solutions, thereby further promoting the advancement of global electrification.