RIEGL VMZ-400i
$ 0,00
The new, fully integrated, accurate, and compact RIEGL VMZ Hybrid Mobile Laser Mapping System enables combined static and kinematic data acquisition using a single RIEGL VZ-400(i), VZ-1000 or VZ-2000 laser scanner – resulting in lower mobilization costs and a high return on investment. Flexible setup, easy mounting, and a user-friendly workflow mobilize your RIEGL 3D Terrestrial Laser Scanner for applications like mapping of transportation infrastructure.
Description
The new, fully integrated, accurate, and compact RIEGL VMZ Hybrid Mobile Laser Mapping System enables combined static and kinematic data acquisition using a single RIEGL VZ-400(i), VZ-1000 or VZ-2000 laser scanner – resulting in lower mobilization costs and a high return on investment. Flexible setup, easy mounting, and a user-friendly workflow mobilize your RIEGL 3D Terrestrial Laser Scanner for applications like mapping of transportation infrastructure, city modelling, mine surveying, bulk measurements, etc.
Additional information
| Year of initial introduction | 2014 |
|---|---|
| Max Range [m] | 800 |
| Addres | RIEGL Riedenburgstrasse 48 3580 Horn Austria |
| Training provided | Y |
| Distinguishing features | IMU/GNSS unit, fully integrated to support RIEGL VZ-400(i), VZ-1000 and VZ-2000 scanners for mobile (kinematic) data acquisitionEasy coupling and de-coupling of the VZ scanner from IMU/GNSS unitQuick switch from mobile to terrestrial applications, and vice versa, without losing stability of system calibrationFlexible installation options – vertical and horizontal setupFrame based roof-mount compatible with standard roof barsImage data acquisition with a calibrated and GPS synchronized NIKON® DSLR cameraAdditionally panoramic camera systems such as POINT GREY Ladybug® are availableSingle power supply for VZ scanner and IMU GNSS unit from a standard car batteryEasy system operation with single laptop running RiACQUIRE (additional camera may need an additional laptop) |
| Main applications | Efficient Data and Image AcquisitionGIS Mapping and Asset ManagementCity ModelingSurveying in Open-Pit MiningMeasurement of Bulk MaterialsRoad Surface ScansShore Surveying and Marine ApplicationsCivil EngineeringTopographyMonitoringFacade ModelingAs-Built SurveyingArchitectureArchaeology |
| Built-in Stabilisation | Y |
| Laser Point Clouds Software | Yes, RIEGl Software |
| Photogrammetry Software | No |
| WiFi | N |
| Computer | Standard Laptop with RIEGL RiACQUIRE |
| Scans per second | 240 |
| Max. measurement rate [kHz] | 1200 |
| Max. vertical field of view [deg] | 100 |
| Intensity recording [bit] | 16 |
| Beam divergence [mrad] | 0.35 |
| Min. Range [m] | 0.5 |
| Year of last update | 2017 |
| IMU: Brand and model | Trimble AP20 |
| Application | Outdoor |
| Weight [kg] | 24.1 |
| Min. Operation temp. [°C] | -20 |
| Max. Operation temp. [°C] | 40 |
| Max. humidity [%] | 80 |
| GNSS receiver: Brand and model | Trimble Applanix |
| Wheel sensor: Brand and model | Applanix DMI (Rotary Encoder) |
| Laser safety classification | 1 |
| Number of wheel sensors | 1 |
| Brand and model | Nikon DSLR |
| Number of cameras | 1 |
| Spectral Bands [PAN, RGB, NIR, CIR] | RGB |
| Brand | RIEGL VZ-400i, RIEGL |
| Number of laser scanners | 1 |
| URL |
