Modern automotive testing demands precise measurement of dynamic events to improve vehicle safety, performance and reliability. From crash testing and airbag deployment to component durability and vehicle dynamics, engineers rely on high-speed imaging and quantitative measurement techniques to understand events that occur within milliseconds.
High-speed imaging, motion analysis and Digital Image Correlation (DIC) enable researchers to visualize and measure rapid deformation, structural response, occupant movement and component behaviour with exceptional accuracy. Together, these technologies support safer vehicle design, faster product development and improved validation of engineering simulations.
Many automotive events occur too rapidly for conventional cameras to capture accurately. High speed cameras record thousands of frames per second, enabling engineers to analyse crash sequences, airbag deployment, vehicle dynamics, tyre behaviour and component motion without motion blur.
Motion analysis software transforms recorded image sequences into quantitative measurements of displacement, velocity, acceleration and rotational movement. Digital Image Correlation further provides full-field strain and deformation measurements for structural components during both static and dynamic testing.
Selecting the appropriate imaging solution depends on the speed of the event, measurement objectives, field of view and environmental conditions. High-speed imaging provides detailed visualization of transient events, while advanced software converts recorded sequences into accurate engineering measurements for product development and validation.
For structural testing, Digital Image Correlation complements high-speed imaging by providing non-contact measurements of strain, displacement and deformation across vehicle components and test specimens.
High-speed cameras from NAC Image Technology and Fastec Imaging capture crash events, component motion, airbag deployment and vehicle dynamics with exceptional temporal resolution
Digital Image Correlation provides full-field, non-contact strain and deformation measurements for structural validation, material testing and crashworthiness analysis.
Image Systems' motion analysis software enables quantitative measurement of displacement, velocity, acceleration, rotation and object tracking throughout automotive testing.
High-speed imaging, motion analysis and Digital Image Correlation have become essential tools for modern automotive research and development. Together, these technologies help engineers validate vehicle designs, improve occupant safety, optimise component performance and accelerate product development.
Whether your application involves crash testing, vehicle dynamics, airbag evaluation or structural validation, Orbidot Technologies can help identify the most suitable imaging and measurement solution for your application.
Contact Orbidot Technologies to discuss your application and receive expert guidance on selecting the right combination of high-speed cameras, Digital Image Correlation systems and motion analysis software.
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