Q1 Laser Radar - Aerospace
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LiDAR Technology for Aerospace

OMMATIDIA'S LASER RADAR TECHNOLOGY Ommatidia's Q1 system generates 128 beams of laser light, which make it possible to locally measure both sub-millimetre displacements and the vibration of large structures in real time. Laser RADAR can resolve the 3D position of points on an object with an accuracy of a few tens of micrometers. Precise characterisation of structural deflection under load. LiDAR provides high-sensitivity data at the points where the light is projected. What are the advantages? The long range and speed of Ommatidia’s Q1 permits usage in contexts where standard optical...

DIMENSIONAL METROLOGY AND VIBROMETRY WITH Q1 The digitization of industry demands high-quality 3D data on products and processes. For this reason, Ommatidia's new Q1 offers the range and ease of use of a laser scanner with metrologygrade accuracy. 3D dynamic characterization of structures. Next Step in Dimensional Metrology Accurate dimensional measurement of large space structures is crucial but challenging due to size, complexity, harsh environments, and strict accuracy demands. Ommatidia's Q1 is designed to meet these needs, offering non-contact structural characterization in seconds,...

Q1 TECHNOLOGY FOR QUALITY MEASURES The need for high-accuracy dimensional measurement of large space structures is critical for proper function, however, it poses challenges such as size, complexity, harsh environment and remote nature of operations, and demanding accuracy requirement. Ommatidia's Q1 is ideally suited to meet this need. 3D point clouds can be readily obtained in a variety of conditions and for a broad spectrum of surfaces. Applications IThe long range and speed of Ommatidia’s Q1 permits usage in contexts where standard optical metrology techniques such as trackers cannot be...

SPECIFICATIONS Parameter Measurement Range Optical Focus Acquisition Speed Measurement Accuracy Angular Range Vibrometry Sampling Frequency Vibromery Max in-Band Velocity Integrated Accelerometer Power Consumption External Battery Operation Time Interfaces Mount Dimensions (w/o battery) Weight (w/o battery) Pointing Aid Atmospheric Compensation Operational Temperature Range Environmental Protection Class Laser Classification IMU (Attitude Only) 45 W 240 min Gigabit Ethernet/GPS Antenna Thread 3.5"-8 TPI 382 X 228 X 150 mm 7.5 kg Red (650 nm) Pointer Laser Pressure, Temperature, Humidity 0 -...

LiDAR Technology for Aerospace "Q1: Real-Time, HighAccuracy 3D Laser Radar for Advanced Aerospace Metrology and Vibrometry" Faraday Street 7, 28049 Madrid