Awaken Your Inner GIS Solution The webcast will begin at 10:01 AM (MDT)
Presenter Bios Paul Adkins MarCom Manager Laser Technology, Inc. Derrick Reish Sr. Product Manager Professional Measurement Laser Technology, Inc.
1 st proximity laser for NASA missions 1 st reflectorless handheld total station 1 st recreational rangefinder
Sensor Technology & Measurement Solutions
Pulsed Laser Technology Time-of-flight
Laser Sensor Reflectorless Measurement
Inclination Technology + 90 [Y, Z] Tilt Sensor 0 2-Axis Accelerometer - 90
Measuring a True Distance VD Rangefinder + Tilt Sensor
TruVector Compass Technology No pitch and roll limitations
Measuring Azimuth X, Y, Z 0 270 90 180 Rangefinder + Tilt Sensor + Compass Sensor N
Measuring a GPS Offset Occupied GPS coordinate N Remote GPS coordinate Rangefinder + Tilt Sensor + Compass Sensor + Your GPS
Laser Compatible GPS/GNSS Handhelds
Laser-Ready GPS/GNSS Handhelds Topcon: FC-250, FC-2600, FC-336, FC-500, Telsa, GRS-1 (for GIS) Leica: Zeno5, CS25, Zeno 10 & 15, CS25 GNSS Magellan: explorist Pro 10
Laser-Ready GPS/GNSS Handhelds Juniper Systems: Archer, Archer 2, Mesa, Allegro F4 Tech: Flint, BAP Handheld: Nautiz (X1, X3, X4, X7), Algiz (7, 10X) SXBlue: SXPad
Laser-Ready GPS/GNSS Handhelds Trimble: Geo Series, Juno Series, Nomad, Ranger models Spectra Precision: MobileMapper 120, 100 & 10
Laser Compatible GIS Solutions & Apps
Laser-Ready Data Collection Software Trimble: Survey Pro, Survey Controller, TerraSync, Trimble Positions Mobile extension, SOLO Forest Spectra Precision: MobileMapping Field, Survey Pro, FAST Survey Topcon (Sokkia): MAGNET Field, Field Tools for ArcPad, TopSURV, egis Leica: Zeno Field
Laser-Ready Data Collection Software Carlson: SurvCE, GIS360 CartoPac: CartoPac Mobile DigiTerra: DigiTerra Explorer IFER (Institute of Forest Ecosystem Research): Field-Map
Laser-Ready Data Collection Software Magellan GIS: EZTag CE MicroSurvey: FieldGenius Positioning Resources: Pocket GIS USDA Forest Service: Two Trails Software
Laser-Ready Data Collection Software ArcPad LaserGIS for ArcPad ArcGIS for Windows Mobile
Laser-Ready Smartphone Apps GeoSpatial Experts: GeoJot+ Trimble: Terraflex Esri: Collector
Laser Offsets: Trimble TerraSync
Requirements Trimble TerraSync: V1.0 to 5.10 and later; Professional Edition Supported handheld computers with integrated GNSS Trimble GeoExplorer family Trimble Juno series Trimble Nomad G series Trimble Yuma 2 rugged tablet computer Operating system Windows Mobile V5.0, V6.X, Windows Embedded Handheld 6.X Laser Technology Inc. Lasers TruPulse 200/360 models MapStar TruAngle Impulse & MapStar Compass Module
Connecting & Activating TruPulse 1. Connect Laser via Bluetooth or Cable 2. Start TerraSync on your device; From the Status Drop down menu, choose the Setup Menu and select External Sensors button.
Connecting & Activating TruPulse 3. Tap Properties next to Laser and from the drop down menu of Port, set to the Comm port you when connected to the TruPulse and the Baud Rate to 4800. Tap OK. Check the box to the left of Laser and tap OK.
Connecting & Activating TruPulse
Distance-Bearing Laser Offset: TruPulse 360 models only 1. Click on the Setup Drop Down Menu and select Data. Now create or open an existing file. Next enter the Height difference between the bottom of the GPS antenna and the TruPulse sighting scope and hit OK.
Cont 2. From the Data Collect Screen, choose a feature to collect, by a tap on Point_generic and then tap the Create button. Add a comment for the feature being created.
Cont 2. Fire the TruPulse 360 and the distance & bearing will automatically download and come through on the screen. Press OK and then enter a comment if desired. 3. Repeat.
Laser Offsets: Esri ArcPad
Requirements Esri ArcPad Versions: 8.0, 10, 10.2 V7.1 with scripts ArcPad System Requirements Mobile Devices o Windows Mobile 5.0, 6.0, 6.1 and 6.5 o Windows 8 tablets Laser Technology Lasers TruPulse 200/360 models MapStar TruAngle Impulse & MapStar Compass Module
Connecting & Activating TruPulse 1. Configure your TruPulse to output data using one of the rangefinder protocols supported by ArcPad. a. Click on the Options icon drop down list and select Advanced Settings
Connecting & Activating TruPulse 4. Enable the correct rangefinder extension in ArcPad. Extensions are enabled and disabled on the Extensions tab of the Advanced Settings dialog box. a. You will need to choose the LaserTech Impulse protocol for the TruPulse & Laser Technology laser rangefinders, then press ok
Taking a laser offset 1. Select a layer for editing via the Start/Stop Editing tool, Quick Capture tool or the Table of Contents 2. Tap the Offset Button drop down
Taking a laser offset 3. Set Reference Point A - By GPS or a current Feature
Taking a laser offset 4. Shoot the target from Reference Point A using the TruPulse 360 laser. - TruPulse 360 measurement values will download into ArcPad.
Taking a laser offset 5. Type the attributes for the new feature and press 0k to see the offset point. 6. Repeat steps as necessary or from other features.
Laser Offset Tech Docs http://www.lasertech.com/technical-documents.aspx http://www.youtube.com/user/lasertechpro
GIS Poll http://www.lasertech.com/technical-information-request.aspx
Laser Offsets: 5 Things to Consider 1. Accuracy Tolerances Distance Inclination Compass 2. Cost of Ownership Upfront Equipment Expense Training Time & Expense
Laser Offsets: 5 Things to Consider 3. Portability & Size 4. User Experience Targeting Field Calibrations 5. Workflow Efficiency
Laser Offset Applications When you need to be safe When you need to save time When GPS/GNSS is blocked
Laser Offset: Benefits Work with what you already know Collect additional attribute data Enhance your system with lasers Reduce safety liabilities Map quicker and smarter Experience quick ROI Save Time
Chance to Win 1 of 3 Lasers
Q&A Paul Adkins MarCom Manager Laser Technology, Inc. Derrick Reish Professional Measurement Sr. Product Manager Laser Technology, Inc. Website: www.lasertech.com Toll Free: 877-OWN-A-LTI Tel: 1.303.649.1000