The Automatic Chassis Road Simulator Tester is a professional automotive diagnostic machine designed to simulate real road conditions to detect chassis noise, suspension faults, and structural abnormalities.

By generating controlled vibrations and movements that replicate real driving conditions such as bumps, potholes, and uneven road surfaces, the machine allows technicians to quickly identify abnormal sounds, loose components, or worn suspension parts without performing a road test.

Automatic Chassis Road Simulator Tester Key Features

This equipment is widely used in automotive repair workshops, inspection stations, dealership service centers, and vehicle testing facilities for accurate chassis diagnostics and suspension evaluation.

Real Road Condition Simulation

The system simulates various road vibrations to reproduce real driving conditions, helping technicians identify chassis problems that are difficult to detect during static inspection.

Accurate Noise Detection

The simulator allows mechanics to detect abnormal noises from:

• Shock absorbers

• Suspension arms

• Rubber bushings

• Engine mounts

• Steering components

• Chassis brackets

These issues often only appear when the vehicle is under dynamic stress.

High Load Capacity

Designed for professional workshops, the system typically supports vehicles up to 4500 kg, making it suitable for most passenger cars and light commercial vehicles.

Stable and Durable Structure

The equipment uses a reinforced steel structure with multiple support points to ensure stable vibration testing and long-term reliability.

Efficient Diagnostics

By eliminating the need for road testing, the machine helps workshops reduce diagnostic time and improve service efficiency.

Working Principle

The chassis simulator generates controlled mechanical vibrations through a high-torque motor and vibration platform. These vibrations simulate different road conditions, allowing technicians to observe suspension movement and listen for abnormal noises.

During the test, the vehicle is positioned on the platform while the machine applies vertical and lateral forces to simulate real driving conditions. This process helps identify mechanical defects that are difficult to detect through manual inspection alone.

Technical Specifications