Jörg Amend Sales Account Manager SEPTEMBER 20 2017 Trimble Mobile Mapping Portfolio
Current challenges and trends
Multible Sensors connecting to one Echosystem Trimble RealWorks Trimble Edgewise TBC Pathfinder Office Link Industry-Standard Formats CAD GIS
Key components Mobile Mapping platform Latitude Longitude Elevation Yaw (heading) Roll Pitch
Workflow of Mobile Mapping systems + Collect Process Share
Typical workflow Results Field Office
Main drivers of the solution Portable Ease of use Multible scenarios Embedded GIS workflows Compatible with other Trimble solutions Good balance between investment and performance
Trimble MX7 System
Trimble MX7 Visualize and Share Information Corridor Mapping Asset Management Site Inspection Network Management Latest Technology Mobile 360 Imagery Accurate Photogrammetry Integrated GNSS/ INS Embedded Computing
Trimble MX7 Applications Road network management Rail network management Asset inspections Site documentation for oil and gas, mining, energy, historical Construction Monitoring Environmental monitoring Architecture and City Planning, 3D City Models Street view data collection visualization and decision making Surveillance and Security
Inside the Trimble MX7 GNSS antenna Camera IMU SW & Storage
Some Trimble MX7 specs Internal computer Storage size: ~1 TB 360 degree spherical camera 30 MP (5 MP x 6 cameras) 90% full-sphere field of view Trimble AP15 GNSS-Inertial System 0.02 0.05 m post-processed (no GNSS outage) 0.2 0.8 m post-processed (1 km or 1 minute GNSS outage) 220 GNSS channels
Trimble MX7 HW components Outside vehicle Roof rack (optional) Rigid mount got MX7 and secondary GNSS antenna Trimble MX7 Camera, POS Applanix unit, Industrial PC GAMS (optional) Secondary GNSS Antenna DMI (optional) Distance Measuring Instrument Inside vehicle PWR cable PWR box and WLAN Interface Power, WiFi Link Data cable to MX7 Pod WiFi/LANCbl Tablet (BYOD) Power from 12V
Trimble MX7 flexibility
Wireless Tablet Operation Trimble Mobile Imaging Software WLAN in vehicle BYOD Touch Screen One button start/stop ease of use Images viewed in real time Brightness adjustment Easy and Intuitive
Trimble MX7 TMI Software Collect your data Transfer your data Configure your vehicle
Trimble MX7 workflow Collect Process Deliver Trimble Mobile Imaging Software Controls image capture, GNSS, INS Simple touch screen operations Process GNSS/INS trajectories in POSPac MMS Make your extraction choice: Trimble MX Trimble Trident High accuracy photogrammetry Easily visualize, interpret, and extract information Export GIS and CAD packages Street view deliverables
Trimble MX Software Trimble office software for mobile mapping operations Easy to use Completes the simplified MX7 solution Publication and CAD and GIS plug-in options
Trimble MX Software 3 Main Module Offerings Content Manager single desktop product Asset Modeler series of desktop products tool for data collectors, system owners, imagery manipulation, pointcloud tool to extract points, lines, areas, clash detection, profile, volume, blur Publisher web, mobile, integrated tool to share online and integrate
Trimble MX structure Explorer Share and explore your mobile mapping data locally Plugins Extract data in the environment you are most familiar with Blur&Erase Protect your data and check with QC tools
MX7 applications Using camera and DMI as option if required GIS Logistic Safety Video Inspect. Assets management Road maintenance Services Utilities Cartography Transportation Airports Harbours Industrial Infrastructures Infra. monitoring Surveillance Harbours Industrial Infrastructures Video Inspection Virtual environment Documentation Service providers Municipalities Governament orgs DOTs and more Service providers Airport authorities River authorities Harbour authorities and more Intelligence org. Road authorities Airport authorities Army and more Service providers Video providers and more
City of Amsterdam Largest city and capital of the Netherlands Used to purchase 360 o imagery Decided to acquire images in house to support the needs from internal customers Register of 360 o panoramic images is considered to be a key register After careful selection process decided to invest into the Trimble MX7
Long history of having 360 Images
Amsterdam system of key registers
Department Customers
Trimble MX2 System
Adding laser point cloud data Two Options: Singe Head Dual Head
System overview 20 Hz Spinning lasers Applanix AP20 IMU On board data storage for PP UHF Radio data link for RT IP data link for RT (RTX, NTRIP) Omnistar services supported Single or dual GNSS antenna DMI (wheel encoder as option) Ladybug 5 (5MP, 6 CCDs) as option Ruggedized Toughbook for operations
Difference between Single and Dual Head Trimble MX2 SHt Trimble MX2 DH
Installation Examples Outside vehicle Roof rack (optional) Rigid mount got MX2 and secondary GNSS antenna Trimble MX2 (SH/DH) MX2 POD with Laser/s, RTK radio and API Applanix unit DMI (optional) Distance Measuring Instrument Ladybug 5 camera (optional) Images documentation and point cloud colourizing Inside vehicle PWR cable Power from car battery to the system Adapter Interface Switch, power, data communication Data cable to MX2 Pod Trimble Rugged PC
Installation examples
MX2 Workflow Field Office Deliverable Get inertial inizialized Data Collection (Pointcloud and Imagery) Process the trajectory Extract data and analyze Pointcloud Crossections Road 3D Models 3D Surfaces Road centerlines CAD objects SHP files Database Tables Images Videos
Data extraction in Trident Efficiently Extract features from Images (Clip View) or from 3D Map Locate objects in common layers Operations done in clip view actualized in 3D Map and vice-versa
Feature extraction Poles Signs Ground Facades plus other objects man made or not Condition, size, color Extracted and collected as vector information
Trimble Trident Software
Applications Using one or two lasers, and camera as required GIS Water Logistic Assets management Road maintenance Services Utilities Cartography Combined bathymetry Waterways Harbours Logistics Bridges Transportation Airports Harbours Industrial Infrastructures Service providers Municipalities Governament orgs DOTs and more Service providers Geophysic ORGs River authorities Harbour authorities and more Service providers Road authorities Harbour authorities Rail authorities and more
Applications Using one or two lasers, and camera as required Mining Earthworks Stockpiles Volume computations Monitoring Site inspection Site management Stockpiles Volume computations Roading Site inspection Assets management Service providers Mining Co. Government orgs and more Service providers Construction Co. Government orgs Survey Co. and more
City of Kouvola ~86.000 inhabitants at 2.883km² The city is using Trimble Locus software (Tekla) for city planning Had a need to fill in aerial data with 360 images for 3D City planning and modelling Tested Trimble MX7 system After test project they realized that they would also need point clouds to create the 3D models Did choose Trimble MX2 because of data workflow to their existing database
Final 3D Visualisation
Kiitos