Vehicle & Component Testing


Understanding how vehicles and components perform under real-world conditions is essential for evaluating safety, reliability, and performance. Using a combination of advanced technology and scientifically-backed methodologies, our testing services uncover critical performance data that is used to derive conclusions and inform decision-making about product improvement or iteration. 

 At ASC, our team brings decades of hands-on experience in vehicle dynamics testing, component analysis, and mechanical systems evaluation. Our team has been directly involved in the design, development, testing, manufacturing, and distribution of vehicles and their components, cultivating an unparalleled understanding of how these systems perform under laboratory and real-world conditions. With an extensive professional machine and fabrication facility in-house, the ability to test any vehicle, component, or system is limitless. 

Common Cases


Vehicle Performance Analysis

 Evaluating overall vehicle and subsystem behavior to assess performance, safety, and reliability under real-world operating conditions. 

Component Testing

  Examining and testing components for durability, functionality, and safety under simulated foreseeable real-world stress and environmental conditions. 

Dynamic Vehicle Testing

 Assessing vehicle handling, stability, and braking performance through controlled testing corresponding to real-world driving scenarios and dynamic conditions. 

Test Fixture Design and Fabrication

 Designing and building custom test fixtures to evaluate specific conditions ensures the accurate evaluation of components or systems. 

Vehicle Instrumentation

 Equipping vehicles with advanced sensors and data acquisition systems to measure critical parameters such as speed, force, position, temperature, and acceleration during testing. 

Collision Avoidance Testing

 Testing the functionality and performance of advanced driver-assistance systems (ADAS) to evaluate their ability to detect and respond to potential hazards, improving safety and functionality. 

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