Q2LaserRADAR

11 June 2025
Front Picture TUM report
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Laser Radar for Medical Diagnostics Pushes the Boundaries of Biomedical Innovation

At the Technical University of Munich, Ommatidia LiDAR’s #Q2LaserRadar demonstrated its potential as a powerful tool for non-contact, high-resolution monitoring of physiological motion. In collaboration with Prof. Dr. Daniel Rixen’s team, Q2 successfully captured vibration signatures associated with abdominal aortic aneurysms — without touching the patient. Designed for industrial precision but adapted for biomedical needs, Q2 delivered sub-mm/s sensitivity, 3D point-cloud geometry, and rapid scan times, showing how photonics can bridge the gap between academic research and real-world clinical innovation.
3 June 2025
Gregory showing the Q2 hardware
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Ommatidia LiDAR Presents PIC-Based FMCW at ESA Workshop

Ommatidia LiDAR 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.
23 May 2025
First page of Gregory's preesentation in DCMC for using Q2 Laser RADAR for MRO
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Ommatidia at DCMC: MRO with Q2 Laser RADAR

On May 21st, Ommatidia LiDAR presented its cutting-edge Q2 Laser RADAR at the DCMC 2025 event in Hoogerheide, showcasing how non-contact, high-precision 3D metrology could revolutionize aircraft maintenance. With 128 parallel laser beams and sub-mm accuracy, Q2 offers a new path toward faster, safer, and more automated MRO workflows. Discover how we're shaping the next generation of aerospace inspection.
30 April 2025
Logo for MMATIDIA, promoting a Lidar innovation event at the International Operational Modal Analysis Conference in Rennes, France.
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Ommatidia LiDAR at IOMAC 2025

Join Ommatidia LiDAR at IOMAC 2025 from May 20–23 at Booth 1, Center at Rennes University, to explore the future of non-contact structural dynamics. We'll be showcasing the Q2 Laser RADAR, a massively parallel FMCW LiDAR system delivering real-time, full-field vibration analysis across 65 simultaneous channels. Designed for operational modal analysis (OMA) in automotive, aerospace, civil engineering, and machinery diagnostics, the Q2 offers micro-scanning precision, autofocus adaptability, and seamless integration with leading modal analysis platforms. Experience live demos and discover how Ommatidia is redefining high-precision vibrometry and SHM with scalable laser technologies.
30 April 2025
Close-up of concentric sand circles, showcasing wave patterns, with a logo for MMAtidia at the top, promoting innovative LIDAR technology.
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Non-Contact Vibrometry of Sand and Glass Bead Beds Using Q1/Q2 Laser RADAR

Ommatidia LiDAR’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.