A 300-second Ommatidia Q2 laser radar campaign captured 109 simultaneous measurement points on the Kalohori motorway entrance overpass near Thessaloniki, resolving bridge geometry, vibration modes, deck motion and motion-derived soffit strain from one roadside setup.
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Explore innovations shaping the future of mapping, automation, and 3D sensing.
Learn how a Q-series Laser Doppler Vibrometer can measure dense bridge displacement profiles remotely and convert bending-dominated response into curvature and surface strain using Euler-Bernoulli beam theory.
Massively Parallel Laser RADAR Mobile Bridge Vibration Monitoring with the Ommatidia Q2 Two field demonstrations show how Q2 delivers 65 simultaneous non-contact velocity signals for rapid, […]
At the Institute of Structural Mechanics, Bauhaus-Universität Weimar, Q2 captured 65 simultaneous optical velocity channels during a concrete-slab hammer-impact test and assembled a dense spatial response map.
Explore the surface-velocity data delivered by laser vibrometry, the applications where LDV excels and the test design that produces clear vibration results.
Printed circuit boards used in space, defence, aeronautics, and transportation must endure extreme vibration without failure. Traditional accelerometer-based testing can’t reveal how individual components behave under load. Ommatidia’s massively parallel Laser Doppler Vibrometry (LDV) and Laser RADAR technology enable non-contact, high-resolution vibration analysis across entire PCBs—identifying failure-prone areas, validating designs, and ensuring reliability in critical applications.