The RIEGL VMY-2 is a compact, economically priced Dual Scanner Mapping System, that is well suited for a variety of mobile mapping applications. The measuring head is equipped with two high-resolution RIEGL miniVUX-HA LiDAR sensors and mounted in the well proven angled orientation as known from the RIEGL VMX Mobile Mapping Systems. The system enables data acquisition with up to 300 scan lines/second and up to 600 kHz Pulse Repetition Rate. To further increase efficiency of the mobile mapping system, the optional integration of up to four cameras allows simultaneous acquisition of imagery to complement the captured LiDAR data. Compact Dual Scanner Mobile Mapping System Typical Applications • GIS Mapping & Asset Management • Transportation Infrastructure Mapping • HD Mapping for Autonomous Vehicles • City Modeling • Rapid Capture of Construction Sites and Bulk Material • Open-Pit Mine Surveying • As-Built Surveying

Key Features • Compact RIEGL Dual Scanner Mobile Mapping System Core components of the RIEGL VMY-2 are two high-resolution RIEGL miniVUX-HA LiDAR sensors, mounted in a well-proven angled orientation which enables simultaneous forward and backward looking to reduce scan shadows. The LiDAR sensor stands out with a pulse repetition rate of up to 300 kHz at a 360 degree "full circle" field of view as well as a range accuracy of 10 mm. 360° vertical field of view @ up to 400 kHz PRR Fully integrated into the measuring head of the VMY-2, the sensors enable acquisition of dense point cloud patterns...

• Seamless RIEGL Workflow An easy-to-use interface, that is accessable via laptop or touch-screen monitor, and the RIEGL data acquisition software facilitate the operator’s task in the field by providing real-time visualization of acquired scan data and imagery. The RIEGL software packages also offer comprehensive features in data processing. This covers enhanced scan data adjustment to merge overlapping mobile scan data. Furthermore it enables the scan data to be fitted to specific control objects which results in a consistent point cloud of enhanced precision and increased geo-referenced accuracy....

RIEGL VMY-2 System Block Diagram RIEGL VMY-2 System Components • RIEGL VMY-2MH Measuring Head • VM-DMI Distance Measurement Indicator • RIEGL VM-IU Interface Unit • sustainable power supply with back-up battery • RIEGL VM Power Supply Box • connecting cables RIEGL VMY-2 with VM-IU and RIEGL cameras RIEGL VMY-2 with data acquisition laptop and spherical camera Copyright RIEGL Laser Measurement Systems GmbH © 2025 – All rig

at a glance RIEGL VMY-2 Setup and Components Physical Data Copyright RIEGL Laser Measurement Systems GmbH © 2025 - All rights reserved. page 5 of 8

at a glance RIEGL VMY®-2 ^RIEGL VMY-2 Camera OptionsCameras such as RIEGL cameras (5 MP, 12 MP, or 24 MP), high resolution DSLR cameras up to 45-megapixel, or various spherical cameras up to 72 MP can be seamlessly integrated into the entire acquisition and processing workflow. RIEGL cameras with 2x RIEGL camera, lx DSLR camera, and lx spherical camera 1) Maximum frame rate of a single camera operated in 8-bit mode. The use of multiple cameras may reduce the maximum frame rates. 2) Nominal values (actual values may be slightly different due to manufacturing tolerances). 3) A user defined "region...

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 acquisition,...

RIEGL VMY®-2 )>RIEGL VMY-2 Technical Data max. measurement range I f pulse repetition Ifo'okHz rate (peak) online waveform processing target capability eye safe operation at Laser Class 1 VMY-2 Scanner Performance Laser Class 2) Typical values for average conditions. Maximum range is specified for flat targets with size in excess of the laser beam diameter, perpendicular angle of incidence, and for atmospheric visibility of 23 km. In bright sunlight, the max. range is shorter than under overcast sky. 3) If more than one target is hit, the total laser transmitter power is split and, accordingly,...