Compare LiDAR and Laser RADAR by engineering outcome: mapping, geometry, vibration, stand-off, spatial coverage and test constraints.
Stay current with Ommatidia product releases, measurement methods, application results and practical engineering guidance.
Read updates for teams working in non-contact vibrometry, Laser RADAR metrology and structural measurement.
Non-contact LDV modal analysis of an aluminum hemispherical dome, with six measured resonances from 20 Hz to 925 Hz and a reduced-order shell-model frequency comparison.
Learn what laser Doppler vibrometry measures, when LDV is the right method, its limits, and how to plan a vibration test.
Ommatidia LiDAR has completed the delivery and hands-on training of our Q2 Laser Radar system at The University of Texas at Austin (UT Austin), where it will support experimental research requiring precise, repeatable, non-contact measurements.
A practical Q2 workflow for planning full-field modal measurements, validating the recorded response in OmmH5Viewer and exporting geometry-linked UFF data for model correlation.
Ommatidia LiDAR is growing Europe’s next generation of photonics and deep-tech talent by creating skilled roles in optics, electronics, software and test engineering. This hiring effort is supported by the European Social Fund Plus (FSE+) via the Community of Madrid’s youth employment programme, co-financed at 40%.