What Is an ADAS Automotive Connector and Where Is It Used?
Radar Sensor Systems
Automotive radar systems rely on high-performance connectors to maintain accurate data communication between radar sensors and vehicle control units. Our ADAS radar connectors integrate precision terminals, environmental sealing designs, and CPA/TPA locking structures to provide vibration resistance, moisture protection, and stable signal transmission in demanding automotive environments.
Parking Assistance Systems
The parking assist system uses front & rear bumper ultrasonic sensors and PDC module to detect obstacles at low speed. Sensors endure high-pressure wash water, road splash, dirt, temperature changes and minor parking impacts.YUEQING QIYE AUTO PARTS CVCONNECTOR parking assist harness connectors fit parking and PDC sensors. IP67 rated, waterproof, shock & temperature resistant for front and rear bumper applications.
Camera Systems
YUEQING QIYE AUTO PARTS CVCONNECTOR camera system wiring harness connectors are compatible with front-view, surround-view and rear-view ADAS vehicle-mounted cameras. Featuring shielding for anti-interference performance, IP67 waterproof rating, wide temperature range and vibration resistance, they are designed for new energy vehicle vision systems to ensure high-speed image signal integrity.
Blind Spot Detection
YUEQING QIYE AUTO PARTS CVCONNECTOR connectors adopt PA66-GF housing, multi-lip rubber sealing and CPA secondary locking mechanism. The sealing design maintains IP67 protection rating at rear corner sensor positions. They withstand long-term exposure to road splash, grime, winter road salt, temperature cycling and minor rear impact loads, and avoid BSD circuit connection failure and signal transmission interruption.
ADAS Automotive Connector Solutions
Millimeter Wave Radar Sensor Connector
10-pin male millimeter-wave radar sensor connector featuring a compact housing design, developed for automotive radar sensor module applications. The space-saving structure is optimized for ADAS radar modules with limited installation space. The high-reliability contact interface ensures stable electrical connectivity and maintains radar signal integrity. With a sealed and vibration-resistant design, the connector is engineered to withstand harsh operating conditions in engine compartments and bumper-mounted installation locations.
Parking Sensor Connector
3-pin female parking sensor connector designed for automotive PDC (Park Distance Control) systems. Developed for bumper-mounted parking sensor applications, this connector provides reliable electrical contact performance under vehicle vibration, water splash, and muddy road conditions. The sealed housing structure ensures stable signal transmission and protection against harsh external automotive environments.
Reversing Radar Connector
Blade contact parking sensor connector designed for automotive reverse radar sensor applications. This automotive sensor interface connector is engineered as a replacement solution for OE part 872658521 and is suitable for rear bumper-mounted parking radar sensor installations. The blade-style contact system provides reliable electrical connection and maintains stable sensor signal transmission under water splash, mud contamination, and continuous vehicle vibration conditions. The automotive-grade housing is designed to withstand wide temperature fluctuations in exterior vehicle environments.
Blind Spot Sensor Connector
10-pin female blind spot detection sensor connector designed for automotive BSD (Blind Spot Detection) systems. Compatible with Toyota and Lexus blind spot monitoring applications, this connector provides a direct OE replacement solution for part number 6189-1134. Designed for rear corner radar sensor installations in wheel arch and rear bumper locations, the precision contact system ensures reliable electrical performance and maintains BSD safety signal integrity. With vibration-resistant and weather-resistant construction, this connector is suitable for OEM vehicle assembly and aftermarket replacement applications.
Designed for ADAS Automotive Applications
Stable Signal Transmission
YUEQING QIYE AUTO PARTS automotive connectors are engineered and optimized to maintain reliable signal communication between various sensors and vehicle control modules. Under harsh automotive operating conditions, including vibration, temperature cycling, and environmental contaminants, these connectors ensure stable low-resistance contact performance, helping prevent signal loss and data distortion in radar sensors, cameras, and blind spot detection (BSD) modules.
Compact Connector Design
Featuring a miniaturized and compact connector design, the optimized housing footprint enables reliable mating performance without compromising mechanical stability. This space-efficient structure helps reduce packaging requirements and saves valuable vehicle installation space for millimeter-wave radar sensors, parking sensors, and blind spot detection (BSD) modules.
Waterproof and Environmental Protection
ADAS connectors feature an IP67 protection rating and are designed to withstand repeated exposure to water splash, de-icing salt, fine dust, and temperature fluctuations throughout the product lifecycle. The multi-layer sealing structure prevents contaminants from entering the terminal contact area, ensuring stable contact resistance and long-term electrical reliability.
Secure Locking Structure
Featuring a robust mechanical locking system combined with CPA/TPA secondary locking mechanisms, ADAS connectors ensure complete and secure mating engagement. The locking structure prevents incomplete insertion and wire harness loosening, maintaining stable electrical contact throughout vehicle operation for ADAS radar, parking assist, and blind spot detection sensor systems.
High Precision Manufacturing
Automotive sensor connectors require micron-level dimensional control to ensure reliable mating performance and sealing integrity. YUEQING QIYE AUTO PARTS applies an integrated manufacturing process starting from in-house mold development, precision injection molding of PA66-GF connector housings, and high-speed terminal stamping. Before final assembly and shipment inspection, each connector is individually verified for terminal insertion depth, CPA locking position, and sealing performance to ensure consistent quality and long-term reliability.
Types of ADAS Automotive Connectors
automotive radar connector
parking sensor connector
blind spot sensor connector
Find the Right ADAS Connector
Please provide the following:
- OEM Part Number
- Sensor Model
- Connector Photo
- Drawing
- Pin Count
How to Choose the Right ADAS Automotive Connector
- Identify Sensor Type
- Confirm Connector Interface
- Check Pin Count
- Confirm Environmental Requirements
- Verify OEM Compatibility
Crankshaft Sensor Connector
Camshaft Sensor Connector
Temperature Sensor Connector
Throttle Position Sensor Connector
Engine Sensor Connector
Why Choose YUEQING QIYE AUTO PARTSCV CONNECTOR ADAS Connectors?
OEM Replacement Capability
We provide OEM Number Search, Sample Confirmation & Drawing Matching for fast part identification.
Complete Connector Solution
We provide Connectors, Terminals, Seals, Wire Harnesses and other accessories to reduce your procurement time.
Custom Manufacturing
We have strong customization capabilities covering Housing, Terminal, Harness and Packaging.
Electrical Test
Waterproof Test
Terminal Retention
Mating Test
Dimensional Inspection
Our trusted customers have given us excellent reviews.
Johnson
“We have been working with YUEQING QIYE AUTO PARTS for multiple automotive connector projects. Their engineering support, product consistency and fast response have helped us improve our development efficiency. The connector quality and customization capability are exactly what we need for automotive applications.”
Mabel
“YUEQING QIYE AUTO PARTS provides reliable sealed automotive connectors for demanding environments. Their products perform well in applications requiring vibration resistance, environmental protection and stable electrical connections.”
Michael
“From prototype samples to mass production, YUEQING QIYE AUTO PARTS has provided professional technical support throughout the entire process. Their ability to customize connectors and support OEM requirements makes them a valuable long-term partner.”
Frequently Asked Questions About ADAS Automotive Connectors
An ADAS automotive connector is an electrical connector designed to connect Advanced Driver Assistance System (ADAS) components, such as cameras, radar sensors, LiDAR sensors, and ADAS control units, to the vehicle wiring harness or electronic control system.
Its main function is to provide a secure mechanical connection and reliable transmission of power, electrical signals, or high-speed data between ADAS components. Depending on the application, an ADAS automotive connector may also require sealing, vibration resistance, temperature resistance, shielding, and stable signal transmission.
In simple terms, an ADAS connector creates the physical electrical and data connection between vehicle sensors and the systems that process or control ADAS functions.
YUEQING QIYE AUTO PARTS CVCONNECTOR provides connectors for radar sensors, parking sensors, cameras and other automotive sensing applications.
Yes. We provide waterproof ADAS automotive connectors designed for applications such as ADAS cameras, radar sensors, LiDAR systems, and other vehicle electronics exposed to moisture, dust, vibration, and temperature changes.
Depending on the connector design and application requirements, waterproof ADAS connectors can incorporate sealed housings, wire seals, gaskets, and secure locking structures to help protect the electrical connection from water and environmental contaminants.
We can also provide OEM replacement and customized ADAS connector solutions, with options for different pin counts, housing configurations, terminal specifications, wire sizes, and sealing requirements. The required IP protection level should be confirmed according to the specific connector design and installation environment.
Yes. We can match ADAS automotive connectors by OEM part number and verify the corresponding connector specifications before supply.
The OEM number can be used as the starting point for identifying the required connector housing, terminal configuration, pin count, locking structure, mating interface, and sealing design. For higher matching accuracy, we recommend providing the OEM part number together with photos, drawings, or a sample when available.
For replacement or customized ADAS connector projects, we can check the available product information and confirm mechanical compatibility, terminal configuration, and application requirements before production.
Yes. You can send us photos of the ADAS automotive connector for identification and initial matching.
Clear photos can help us identify visible features such as the connector housing, pin count, terminal layout, locking structure, keying position, mounting features, and sealing design.
For more accurate identification, we recommend providing the OEM part number, connector dimensions, pin count, wire information, vehicle or application model, and multiple photos from different angles when available.
Photo identification is used for preliminary matching. Final compatibility should be confirmed against the connector drawing, specifications, OEM number, or physical sample.
Yes. We provide customized ADAS automotive connector solutions for applications such as ADAS cameras, radar sensors, LiDAR systems, and vehicle electronic control units.
Customization can include connector housing design, pin count, terminal configuration, keying structure, locking mechanism, mounting features, wire length, sealing structure, and connector dimensions according to application requirements.
For OEM and ODM projects, customization can be developed based on an OEM part number, technical drawing, physical sample, connector specification, or application requirements.
Before production, the connector design should be verified for mechanical fit, electrical compatibility, sealing requirements, and installation conditions to ensure it matches the target ADAS system.
