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Massively parallel Laser RADAR.
Geometry and vibration.
Ommatidia’s massively parallel Laser RADAR measures 3D geometry, vibration and motion across many points at once—without contact sensors.
Proven Success
You’re in good company. Engineering leaders around the world have made the switch to our next-generation Laser RADAR and LDV systems.
SHM High-Speed Train Viaduct
Large Deployable Mesh Reflector
Wind Blades
Dimensional metrology of a carbon fiber antenna and carbon fiber reflector modal analysis
Reactance vibration monitoring in electrical substations
Mechanical Engineering, Architecture and Construction
Near-surface geophysics
Power Transformers
Modal Analysis
Mechanical Engineering in Construction
End-of-line testing
Discover our industry-leading Laser RADAR products.
- Q2S measures vibration simultaneously at 65 fixed points for remote, non-contact structural monitoring.
- Q1S Laser RADAR delivers fixed, non-contact structural monitoring for vibration, bridge deflection, long-term displacement, and strain-ready analysis.
- Remote industrial metrology and imaging vibrometry for large or difficult-to-access targets with one field-ready Q1 Laser Radar system.
- Q2 Laser RADAR combines full-field vibration measurement and 3D metrology with multi-view 3D velocity-vector reconstruction and geometry-linked strain calculation for automotive NVH and complex engineering targets.
- Affordable single-beam laser vibrometry for fast, high-dynamic-range measurements in entry-level and single-point applications.
- SpeedSync is a modular single-beam laser vibrometry head used with QMini and Q2, enabling synchronized non-contact vibration measurements from under 1 meter to 300 meters with ease.
Our Technology Revolutionizes 3D Vibrometry & Metrology.
A bee’s compound eye has 5000 ommatidia. Using them, it is able to fly at driving speed with sufficient accuracy to avoid predators and land on a tiny flower miles away from its hive.
Our technology mimics insect eyes to deliver extraordinary performance - namely, the ability to scan using multiple parallel laser beams simultaneously, greatly increasing the measurement efficiency over the traditional single-point LDVs or accelerometers.
Geometry and vibration together
Link 3D geometry with vibration data across many points on the same structure. Q-Series Laser RADAR brings non-contact metrology and vibrometry into one measurement workflow.
Long-range measurement for complex structures
Q2 measures from 0.8 to 50 m with autofocus, bringing large structures and hard-to-reach surfaces into a non-contact measurement workflow.
Compact design for field work
Q2 combines field-ready measurement with a 382 × 228 × 150 mm housing and a mass of 9.0 kg without the battery. Set it up on a tripod and move between measurement positions.
Efficient, parallel acquisition
Q2 captures vibration through 65 measurement channels simultaneously, preserving the timing between points. Its 1550 nm optical system has a Class 1M classification.
Latest Application Examples & Use Cases
Questions engineers ask about Ommatidia Laser RADAR
Quick answers about measurement outputs, parallel acquisition and choosing a Q-Series workflow.
What does massively parallel Laser RADAR measure?
Ommatidia Laser RADAR measures non-contact 3D geometry, surface motion and vibration from a stand-off position. Q1 uses 128 parallel beams for rapid geometry and dimensional inspection. Q2 captures 65 vibration channels simultaneously and supports up to 1,300 measurement points with 20× oversampling for full-field dynamics. The combined geometry and vibration record supports dimensional inspection, full-field dynamics and direct test-to-model correlation from one optical workflow.
How is parallel Laser RADAR different from single-point or scanning LDV?
A single-point laser Doppler vibrometer measures one location at a time, while a scanning LDV builds a spatial result sequentially. A parallel Laser RADAR captures many points at the same instant, reducing time skew when motion changes during a test. Parallel acquisition is the direct route when the test needs synchronized motion across many points, preserving phase relationships while the structure changes in real time.
Which Ommatidia Q-Series system fits which task?
QMini is the focused single-point vibration route. Q1S supports fixed, non-contact structural monitoring. Q1 is designed for long-range 3D inspection and metrology with 128 parallel beams. Q2 combines 65-channel simultaneous vibration acquisition with geometry-aware full-field workflows. Compare the required distance, spatial coverage, motion bandwidth, geometry accuracy and deployment model before selecting a system.
How should a team start a Laser RADAR feasibility review?
Define the decision the measurement must support, then share the target geometry and material, working distance, required accuracy, motion bandwidth, point count, environment and desired output. Include any reference sensor and acceptance criterion. Ommatidia can use that brief to recommend a Q-Series route and, when needed, a representative feasibility measurement before a full deployment.
