Automotive Environmental Testing

Vehicle Durability Testing

Assessing the durability of vehicle components and structures by subjecting them to controlled vibration conditions simulating real-world road conditions.

Engine Testing

Analyzing vibrations in engines to optimize performance, reduce noise, and ensure durability.

Chassis Testing

Evaluating the structural integrity and performance of vehicle chassis under different vibration frequencies and amplitudes.

Suspension System Optimization

Tuning and testing vehicle suspension systems to enhance ride comfort, handling, and stability under various vibration scenarios.

Noise, Vibration, and Harshness (NVH) Testing

Characterizing and mitigating noise, vibration, and harshness levels in vehicles to improve overall comfort and refinement.

Electrical and Electronic Components Testing

Evaluating vibrations on electronic components, such as sensors and control units, to ensure reliability and functionality.

Tire and Wheel Testing

Testing tires and wheels to ensure they can withstand vibration loads and provide safe and comfortable driving experiences.

Seat Comfort Testing

Assessing seat designs and materials to minimize vibrations transmitted to occupants and enhance comfort during driving.

Crash Testing

Simulating crash scenarios to assess the response of vehicle structures and safety systems to vibrations and impact forces.

CAN-Bus Integration

Software offers direct CAN-Bus integration to communicate with other devices.