Q2 captures full-field surface-velocity data without contact, connecting measured frequency signatures with spatial response maps for biomedical research.
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At a full-day University of Patras workshop, participants used Q2 to measure an aircraft tail stabilizer, a carbon-fibre UAV tail boom and an enclosed drivetrain.
Ommatidia’s Q1/Q2 Laser RADAR is bringing aerospace-grade optical vibrometry to geoscience. In a recent campaign, the system was deployed to analyze vibration propagation in sandbanks and glass bead beds—entirely without contact or surface instrumentation. By capturing high-resolution phase-resolved data from afar, researchers were able to reconstruct wave dynamics across fault-like structures, offering a powerful new tool for seismic studies, terrain diagnostics, and civil engineering applications.
Discover how Laser RADAR transforms power transformer maintenance with non-contact vibration analysis. Ensure compliance, detect faults early, and enhance system reliability with this cutting-edge technology designed to meet industry standards and revolutionize certification processes for large power systems
See how Q1 captured 128 simultaneous surface-velocity channels to map a driven Chladni plate and support spatial modal analysis.