InteLAS Family of Mobile LiDAR Systems

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1 InteLAS Family of Mobile LiDAR Systems September 2015

2 What we do ilinks Geosolutions LLC Hydrographic surveying and seabed modeling Topographic surveying and mobile mapping Systems engineering and integration services Training services Systems Integration Specialists Over 75 years of combined systems engineering and integration experience 100 s of projects successfully completed Mobile LiDAR system design and development since 2008 First to successfully combine 3D multibeam and LiDAR 3D data in real rime

3 ilinks Geosolutions LLC What is Mobile Mapping Mobile mapping is a process of collecting accurate 3D geospatial data from a moving platform. The Benefits of Mobile Mapping The technology can be applied to almost any type of project Data acquisition times are dramatically reduced Significantly improved productivity and efficiency Improved data quantity, quality and turn-around times Greatly improved field personnel safety

4 Features InteLAS Family of mobile LiDAR systems Everything you need for real time 3D data collection in a single enclosure Fully integrated and calibrated LiDAR, GNSS, FOG and IMU systems Built tough for rugged environments Water and dust resistant (IP65) Can be quick mounted to almost any mobile platform Requires no user calibration when moved between mobile platforms Operates at Highway speeds (InteLAS HD version) Supplied with OPTIONAL data Acquisition PC and software Training and 24/7 support included r InteLAS HD InteLAS InteLAS LR

5 Performance InteLAS Mobile LiDAR system 32 Independently selectable lasers 42 (Horizontal) by 360 (Vertical) coverage with 100m range User configurable up to 700,000 points per second (HD version) 1 cm Laser Accuracy 2-3 cm dynamic positioning accuracy when RTK Fixed Pitch and Roll typical standard deviation of 0.01 Heading typical standard deviation of 0.05 (0.02 with external GNSS Antenna) r

6 InteLAS HD Mobile LiDAR system Velodyne HDL-32E LiDAR sensor Novatel OEM 638/615 GNSS Positioning & Heading receivers Dual Frequency GNSS Heading Antenna Renishaw S250 enclosure Dual frequency Primary GNSS Antenna Socket for optional External GNSS Heading Antenna Novatel IMU-CPT with Fiber Optic Gyro Gbyte Network Switch Auxiliary Sockets

7 InteLAS Mobile LiDAR system OPTIONAL GNSS EXTERNAL HEADING ANTENNA GNSS HEADING ANTENNA BASELINE HEADING SD Stand Alone System (No External Antenna) External Antenna (1.0 m Baseline) External Antenna (1.5 m Baseline) External Antenna (2.0 m Baseline) OPTIONAL External GNSS Heading Antenna

8 InteLAS LiDAR sensor options InteLAS HD (HDL-32E) LiDAR Sensor 32 laser/detector pairs 905 nm Class-1 Eye Safe Horizontal Field of View (Degrees) to Vertical Field of View (Degrees) 360 Range (Meters) 1m to typically 80m - 100m Frame Rate 10 Hz Default (user selectable, 5-20Hz) Laser Accuracy +/- 1 cm (one sigma at 25 m) Angular resolution 1.0 Output Up to 700,000 points/second InteLAS (VLP-16) LiDAR Sensor 16 laser/detector pairs 905 nm Class-1 Eye Safe Horizontal Field of View (Degrees) +15 to -15 Vertical Field of View (Degrees) 360 Range (Meters) 1m to typically 80m - 100m Frame Rate 10 Hz Default (user selectable, 5-20Hz) Accuracy +/- 3 cm (one sigma at 25 m) Angular resolution 2.0 Output Up to 300,000 points/second InteLAS LR (M250) LiDAR Sensor 1 laser/detector pairs 905 nm Class-1 Eye Safe Horizontal Field of View (Degrees) Single laser beam Vertical Field of View (Degrees) 360 Range (Meters) 1m to typically 200m m Frame Rate 10 Hz Default (user selectable, 5-20Hz) Accuracy +/- 1 cm (one sigma at 75 m) Angular resolution 1.0 Output Up to 36,000 points/second

9 InteLAS specifications GNSS RECEIVER Simultaneous Tracking Channels 240 GPS Signals / GLONASS Signals L1, L2, L2C, L5 /L1,L2 Single Point Accuracy (Meters) 1.20m SBAS Accuracy (Meters) 0.60m Satellite DGPS Accuracy (Meters) 0.40m VBS Accuracy (Meters) 0.60m XP / HP Accuracy (Meters) 0.15m / 0.10 RTK / VRS Accuracy (Meters) 0.01m + 1ppm COMBINED GNSS IMU SYSTEM ACCURACY GYRO Type Fiber Optic Gyro (FOG) Accelerometers MEMS Pitch Accuracy (Degrees) Roll Accuracy (Degrees) Heading Accuracy (Degrees) Stand Alone System Heading Accuracy (Degrees) External Antenna (1 m Baseline) Heading Accuracy (Degrees) External Antenna (2 m Baseline) DATA OUTPUTS Communications Protocols Ethernet TCP, Ethernet UDP, RS232, USB Laser Data Output Ethernet UDP 720,000 Points Per Second GNSS and IMU Data Output Ethernet TCP 100Hz Timing Signals GNSS 1 PPS and GPZDA (Programmable) DATA INPUTS Command & Control Ethernet (1 Gbyte) UDP, TCP Programming RS232, USB RTK or VRS Correction Signals (RTCMv3 / CMR+) RS232 POWER Input Voltage 9 32 Volts DC Power Consumption 30 Watts PHYSICAL Dimensions (L x W x H) 600 mm x 200 mm x 190mm Weight 12.0 kg (26.5 lbs.) Environmental Protection IP 67 Shock 500 m/sec² amplitude, 11 msec duration Vibration 5 Hz to 2000 Hz, 3G RMS Operating / Storage temperature -10 to +60 C / - 40 to +105 C

10 InteLAS Mobile LiDAR system 32 Laser Modules 42 x 360 Field of View Rotation 1200 RPM

11 InteLAS Mobile LiDAR system Multi-laser system casts a small shadow Single-laser system casts a large shadow

12 InteLAS - Mobile LiDAR system Optional 16 Laser system Velodyne VLP-16 LiDAR sensor 30 x 360 field of view and 100m range capability User configurable up to 300,000 points per second +/- 3 cm Laser Accuracy 2-3 cm XYZ Positioning Accuracy when RTK Fixed Pitch and Roll typical standard deviation of 0.01 Heading typical standard deviation of 0.05 (0.02 with external GNSS Antenna) r

13 InteLAS LR Mobile LiDAR system Optional Long Range Scanning Laser Module Renishaw S250 scanning laser 360 field of view and 250m range capability 36,000 points per second +/- 1 cm Laser Accuracy 2-3 cm XYZ Positioning Accuracy when RTK Fixed Pitch and Roll typical standard deviation of 0.01 Heading typical standard deviation of 0.05 (0.02 with external GNSS Antenna) r

14 InteLAS POD - Mobile LiDAR sensor Stand alone LiDAR sensor Choice of any of the available InteLAS LiDAR sensors Integrated GNSS timing receiver Time synchronised laser data output over Ethernet Networking functionality for multiple sensor installations on a single vessel Compatible with all industry standard positioning and motion systems Only Power and Ethernet connections required r

15 Railroads Site planning Track design Road and utility design Topographic survey Civil engineering support Track inspections Roads and Highways Highway planning surveys Right of way surveys Site development surveys Utility surveys Surface condition surveys Pothole size and volumes APPLICATIONS

16 Racetrack Modelling Planning and Design 3D Modelling Condition Surveys Simulation Data Gaming Data Race Configurations APPLICATIONS Mines and Quarry's Stockpile measurement Mine planning Mine design Inventory control Land reclamation Blast assessment

17 Powerline Surveys Visual inspections (HD Camera) Thermal imaging (IR Camera) Condition assessment Catenary Calculations Vegetation Assessment Asset Management APPLICATIONS Land Survey Applications Boundary Surveys Topographic Modeling Contour Mapping Utility Mapping Pre Engineering Surveys Pipe route surveys

18 EXAMPLE DATA New Orleans - InteLAS 3D model of Racetrack

19 EXAMPLE DATA New Orleans - InteLAS 3D model of Racetrack starting grid

20 EXAMPLE DATA InteLAS Highway survey in Canada

21 EXAMPLE DATA InteLAS Texas street scene

22 EXAMPLE DATA InteLAS Texas street scene

23 EXAMPLE DATA InteLAS LiDAR Construction site

24 EXAMPLE DATA Highway potholes measurement and classification with InteLAS LiDAR

25 EXAMPLE DATA InteLAS LiDAR Final product example

26 EXAMPLE DATA New York State - InteLAS LiDAR Breakwater Dolos

27 EXAMPLE DATA Kemah Boardwalk Combined InteLAS LiDAR and Multibeam sonar

28 ilinks Geosolutions LLC Customers ( )

29 THANK YOU FOR YOUR ATTENTION