Road simulation test systems used to evaluate the structural durability of land vehicles replicate dynamic loads that vehicles would encounter under real road conditions in a laboratory environment. These systems simulate effects such as vibration, impact, and fatigue in an accelerated manner, enabling manufacturers to identify potential weak points and make design improvements. Thus, while enhancing vehicle safety and durability, they also optimize costs and testing times.

During road simulation tests, various parameters on the vehicle are measured and analyzed. These include vibration amplitude and frequency, stresses on the chassis and body, the dynamic behavior of the suspension system, and the fatigue life of connecting components. Additionally, environmental factors such as temperature, humidity, and road roughness are controlled to examine the vehicle’s performance under different conditions. This data provides valuable insights for automotive engineers to improve the durability of critical components.

Modern road simulation test systems developed by E2T in line with our customers’ needs enable multi-axis loading through hydraulic or electrodynamic actuators. With our road simulator test systems, you can simulate different road data with high precision and collect real-time data. Moreover, thanks to the E2T Control Suite, you can create predefined test scenarios and analyze test results in detail. Our customizable test setups offer application flexibility across a wide range, from passenger cars to heavy commercial vehicles.