ICSV31 2025 brought the international sound and vibration community to Incheon, where Ommatidia presented Q2 parallel Laser RADAR for simultaneous full-field vibration measurement.
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At EVACES 2025 in Porto, Ommatidia showcased the Q2 Laser RADAR, a groundbreaking tool for real-time, non-contact structural health monitoring. During our session on innovative sensor technologies, we presented how Q2 captured sub-millimeter vibrations across 128 channels simultaneously—without scanning or targets. This marks a significant step forward in large-scale, high-resolution SHM for bridges and civil structures.
Ommatidia participated in the FMCW LiDAR ESA Workshop to present its latest advances in photonic integrated LiDAR. From introducing the Q2 Laser RADAR for aerospace applications to highlighting collaborations with ESA, TNO, and the SPATIAL project, the event showcased our role in shaping the future of space-ready sensing technology.
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.
At DAS/DAGA 2025 in Copenhagen, Ommatidia demonstrated Q2 Laser RADAR with 65 simultaneous optical channels for coherent acoustics and vibration measurement.
Ommatidia, a leader in laser vibrometry, introduces DOLL™ (Digital Optical Locked Loop)—a breakthrough feature that extends the measurable velocity range of Q-Series Massively Parallel Laser RADARs by 10×, capturing precise velocimetry up to 155 mm/s. With real-time processing and an expanded velocity range, a single operator can measure and monitor extreme high-speed conditions, enhancing system safety, performance, and reliability.