Guangzhou ZEER Testing Technology Co., Ltd. sincerely invites you to attend the 2026 Shanghai Automotive Chassis System Technology Exhibition in Shanghai.
As a premier professional exhibition for automotive chassis systems in Asia, this event will bring together the world's leading chassis technologies. We look forward to exploring testing innovations in braking, steering, suspension, and intelligent chassis systems with you on-site.
At this exhibition, we will continue to showcase industry-leading testing solutions:
The industry's leading integrated equipment for suspension kinematics and tire characteristics.
Provides high-efficiency, high-precision data support for all suspension and steering system parameters required for vehicle development.
Covers core metrics such as braking time/distance, mean fully developed deceleration (MFDD), etc.
Supports pass/fail criteria and vehicle classification testing/calculation, serving as the "Gold Standard" for chassis performance evaluation.
Features flexible hardware configurations capable of integrating GPS, brake pedal force sensors, and various other transducers.
Combines oscilloscope and power quality analysis functions to assist in precise data capture under complex operating conditions.
Simplified Installation: Mounted directly onto the hub without needing a stator or fixed reference point; installation for each wheel takes only about 5 minutes.
Synchronized Acquisition: Achieves synchronized speed data collection from four wheels, transmitted to a master module.
Seamless Integration: Supports real-time data transmission to DAQ equipment like VBOX and DEWETRON via CAN protocol.
Integrated Temperature Measurement: Each slave unit includes a 2-channel temperature measurement module for tire and brake disc temperature monitoring.
High-Precision Scanning: An automated measurement system for high-precision scanning of Disc Thickness Variation (DTV) and Lateral Runout (LRO).
Multi-Dimensional Analysis: Provides data in the angular domain, 3D visualizations, and FFT analysis to identify rotor deformation caused by overheating or wear.
Reliable Structure: Utilizes air bearings for both sensors and rotor support to ensure highly accurate, stable measurements.
Non-Contact Measurement: Uses optical-inertial technology to measure speed, slip angle, and height in real-time without relying on GPS.
Extreme Condition Reliability: Maintains measurement accuracy better than 0.1% on complex surfaces like ice, snow, and gravel, unaffected by satellite signal loss.
Multi-Axis Analysis: OMS series sensors capture pitch, roll, and yaw movements, providing core data for ADAS validation and vehicle dynamics development.
Pressure-Volume Testing: A compact, portable design integrating a brake fluid reservoir, gear flow meter, and high-performance linear motor for rapid testing up to 200 bar.
EPB Durability Test Rig: Supports simultaneous durability testing of 12 Electronic Parking Brakes (EPB), precisely controlled via 6 independent electronic modules.
High Efficiency: All testing procedures can be defined and executed via PC Windows-based software.
Please scan the QR code below to claim your electronic admission ticket. We look forward to seeing you in Shanghai!

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