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RIEGL VMQ -1HA

RIEGL VMQ -1HA
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Use the latest advancements in RIEGL LiDAR Technology for your mobile applications: 1.8 MHz effective measurement rate 250 scan lines/sec The RIEGL VMQ-1HA is a compact, economically priced High-Speed Single Scanner Mapping System, well suited for a variety of mobile mapping applications. The system consists of a compact measuring head with a quick release system for convenient mounting. A swivel plate enables multiple mounting angles in order to optimize the field of view of the system. The optional integration of up to four cameras allows simultaneous acquisition of imagery to complement the captured LiDAR data. The central part of the system is the fully integrated RIEGL VUX-1HA22 LiDAR sensor providing 1.8 mio. measurements and up to 250 scan lines per second for an outstanding performance in mobile applications. High Speed Single Scanner Mobile Mapping System Typical Applications • Transportation Infrastructure Mapping • Road Surface Measurement • HD Mapping for Autonomous Vehicles • City Modeling • Rapid Capture of Construction Sites and Bulk Material • Open-Pit Mine Surveying • GIS Mapping and Asset Management • As-Built Survey

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Key Features • RIEGL High-Performance LiDAR Sensor for Mobile Mapping Core component of the RIEGL VMQ-1HA is the kinematic LiDAR Sensor VUX-1HA22. Especially developed for mobile applications, the highaccuracy, high-speed laser scanner offers a maximum effective measurement rate of up to 1.8 MHz, 5 mm accuracy, 250 scan lines/sec, and a 360 degree "full circle" field of view. Fully integrated into the measuring head of the VMQ-1HA, the sensor enables acquisition of dense point cloud patterns even with single passes at common traffic speeds. At 80 km/h acquisition speed the typical average...

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RIEGL VMQ-1HA System Block Diagram RIEGL VMQ-1HA System Components: • RIEGL VMQ-MH Measuring Head • RIEGL VM-IU Interface Unit • RIEGL VM Power Supply Box • VM-DMI Distance Measurement Indicator • up to 4 cameras (optional) • sustainable power supply with back-up battery • connecting cables RIEGL VMQ-1HA Setup and Components protective cover with GNSS antenna optional components optional GPS azimuth measurement subsystem VUX-1HA22 laser scanner with IMU/GNSS unit VMQ-MH Measuring Head VMQ-RM Roof Mount swivel plate with dovetail-mount for VMQ-MH Physical Data Weight (approx.) VM-IU...

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RIEGL VMQ-1HA Camera Options A wide range of cameras can be used with the system including 5 MP / 12 MP / 24 MP RIEGL cameras with GigE vision interface for seamless integration into the entire acquisition and processing workflow. Cameras such as high resolution DSLR cameras up to 45 MP or various spherical cameras up to 72 MP can also be integrated to the seamless RIEGL workflow. RIEGL cameras The cameras are available with different resolutions and lens types. For further details please refer to the table below. DSLR cameras with RIEGL camera mount extended mounting plate for up to 4...

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Specifications RIEGL Cameras RIEGL offers high-sensitive ball-joint directional cameras (5 MP, 12 MP, and 24 MP) with leading edge CMOS technology for high resolution images, high frame rates, and minimized lens distortion. The camera's CMOS global shutter sensor provides a high dynamic range, hardly any smearing effects caused by sunlight, great details in shadows and highlights, and low temporal dark noise for more signal gain up to 40 dB. The VMY-2 system allwos the integration of up to two RIEGL cameras to the appropriate mounting plate. While horizontal mounting allwos standard picture...

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RIEGL VMQ-1HA Technical Data 475m max. measurement range optional digital camera pulse repetition rate (peak) online waveform processing multiple target capability eye safe operation at Laser Class 1 VMQ-1HA Scanner Performance Laser Class Laser Class 1 (Class 1 Laser Product according to IEC 60825-1:2014) Effective Measurement Rate 1) 2) Max. Range, Target Reflectivity ≥ 80% 3) 4) Max. Range, Target Reflectivity ≥ 10% Max. Number of Targets per Pulse 5) Minimum Range Accuracy Scan Speed (selectable) 1) Rounded values, selectable by measurement program. 2) Setting of intermediate PRR values...

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