Easily collecting accurate GNSS / RTK data.
GNSS receivers in mapping are powerful tools, and there are times when even the best tools have limitations. Receivers are designed to compute the location of the antennas, requiring you to occupy a location in order to accurately map a feature. This is not always safe or practical when positioning features such as a manhole in the middle of the street or features that are on private property. Trees, steep terrain, or high-rise buildings are also obstructions that block satellite signals.
LaserGIS® is our term for the offset mapping practices that TruPulse rangefinders can perform, making it easy for you to overcome these challenges.
Measure distance offsets to features by recording both a GPS position and an associated distance and direction to the object of interest in a challenging location. This adds a wide variety of benefits to your GIS toolkit for use in a multitude of different situations.
For example, to record the attributes of a tower that is on the other side of a steep, narrow ravine, use the offset capability to stand and record the position at one side of the ravine then simply record the offset to the tower on the other side. Integrate a laser rangefinder and an electronic compass (providing distance, inclination and azimuth) with your GIS data collection system and eliminate the need to physically occupy every point. Reduce the time and risk involved in gathering field data with laser offsets.
Our TruPulse® laser rangefinders measure vertical angles and horizontal distance, providing highly accurate positioning for 2D data. The addition of an azimuth measurement enables accurate 3D data when needed for your project.
By combining TruPulse laser rangefinders with one of many popular GIS data collection apps, you can streamline your field data collection workflows. We’ve made it easy to integrate a TruPulse laser seamlessly into practically any system and workflow.
LaserGIS offset workflows decrease safety liabilities in dangerous situations.
"For lead gardener Dann Block, large trees, exhibit structures, and zoo animals such as lions proved to be significant obstacles to collecting data points for GIS mapping." Insert LaserGIS, and the rest is history.
TruPulse 200X helps map assets in Seattle's Woodland Park Zoo"Timmons Group Project Manager, Dylan Sheets, knew this project would require specific equipment that could not only handle these challenges, but also work in the sometimes-difficult environments." Sheets turns to LaserGIS with a TruPulse 200X and accomplishes the mission with ease.
Laser offset mapping saves time and money for inventory project"A TruPulse 200X Laser Rangefinder from Laser Technology, Inc. allowed a GIS technician to capture [about 130] storm drain locations from a safe distance off the highway while retaining accuracy."
LaserGIS keeps NJ mapping project fast, safe, and accurateEos Positioning Systems, Inc.® (Eos) is the world’s leading provider of GPS/GNSS receivers for the Bring Your Own Device (BYOD) market, providing submeter, sub-foot, and centimeter accuracy to any smart device. Their Eos Laser Mapping™ for ArcGIS solution was the first to introduce TruPulse-integrated laser offset workflows to Esri® ArcGIS Field Maps. Eos Laser Mapping remains the only solution on the market to work with all three laser offset workflows.
Eos Laser Mapping now supports new TruPulse® i-Series rangefinders along with the latest Eos Arrow Series® Plus and Skadi Series™ receivers. This provides users with more productivity, better accuracy, and a wider variety of features than ever before. Compatibility with MapStar® TruAngle® II angle encoders expands the versatility of this already powerful mapping solution by providing a cure to magnetic interference headaches and by enabling high accuracy measurements in RTK-denied locations.
Manage your laser mapping method directly within Eos Tools Pro and collect in ArcGIS Field Maps in our seamless, user-friendly workflow. Users can chose from three laser mapping methods depending on which workflow is best for their type of data collection.
Enhance your ArcGIS Field Maps workflow efficiency with laser integration and maintain RTK-level accuracy where you traditionally have not been able to before. Help eliminate mistakes by capturing accurate dimensional measurements and automatically entering them in as attribute data.
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Esri® is the global market leader in GIS and was founded to help solve some of the world’s most difficult problems by supporting their users’ important work with a commitment to science, sustainability, community, education, research, and positive change. Esri supports organizations everywhere with the most powerful mapping and spatial analytics technology available that helps drive collaboration, innovation, and digital transformation in communities around the globe.
Every day more fieldworkers are using mobile smart devices to capture and edit data. ArcGIS® Field Maps is a mobile data collection app that makes it easy to capture accurate asset data. Need to map assets in GNSS-impaired areas? Check out the Eos Arrow Series® Plus integration with our TruPulse laser rangefinders! Watch the video to see it in action.
Partners in the Release Ready Specialty have industry expertise and solutions, services or content offerings for the ArcGIS system, and are ready to help you leverage the latest capabilities.
View Laser Tech’s Marketplace Page.
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Esri® is the global market leader in GIS and was founded to help solve some of the world’s most difficult problems by supporting their users’ important work with a commitment to science, sustainability, community, education, research, and positive change. Esri supports organizations everywhere with the most powerful mapping and spatial analytics technology available that helps drive collaboration, innovation, and digital transformation in communities around the globe.
ArcGIS Survey123 is a simple and intuitive form-centric data gathering solution. Create, share and analyze surveys in just three easy steps.
Combining the ArcGIS Survey123 mobile app with TruPulse® laser rangefinders has applications in forestry, telecommunications, electric utilities, mining, public works and many other industries. Use Survey123 and TruPulse® rangefinders to accelerate data collection, improve data quality and worker safety.
ArcGIS Survey123 has three options for laser offset routines:
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Trimble® and Laser Tech have been business partners for years. Their integrated solutions allow customers to collect, manage, and analyze complex information faster and easier. With Trimble’s advanced positioning solutions, productivity increases and safety improves, especially when LTI lasers are used.
Trimble provides a variety of software solutions that are pre-integrated with laser offset functions that allow users to collect features and attribute data from one position.
Trimble® TerraFlex™ software is a flexible and easy-to-use cloud-based solution for field data collection. This software streamlines your GIS data collection, updates tasks, and delivers high accuracy positioning when you need it. Remote feature capture functionality embedded directly into the TerraFlex app simplifies the offset mapping workflow and enables you to accurately capture features in more places easily and safely.
NEW: Capture Remote features using the TruPulse® series laser rangefinders.
Users can capture the location of multiple assets from one place for efficient data collection.
Users can overcome physically inaccessible, hazardous or poor GNSS environments using the TerraFlex software and LTI TruPulse rangefinders.
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Leica Geosystems and Laser Tech team together to provide a field data collection solution. Professionals have been measuring offset points with earlier Leica Zeno software applications, and with the new release of the Leica Zeno Mobile app for Android™, you can continue to pair our TruPulse laser rangefinders for streamlined asset collection workflows.
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Bad Elf offers trailblazing, survey-grade receivers that deliver flexible accuracy at highly affordable prices. Bad Elf’s Flex® receivers empower GIS and survey professionals to collect high-accuracy field data using any phone, tablet, or laptop.
Pair a Flex receiver with TruPulse laser rangefinders to perform laser offset workflows within Esri ArcGIS Field Maps, or use Bad Elf’s standalone app as an alternative. The Bad Elf Flex app seamlessly integrates the Bad Elf Flex receiver with TruPulse laser rangefinders for laser offset collection workflows that use a unique checklist-based approach to deliver flexible field choices to work crews of all skill levels.
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LTI’s TruPulse laser rangefinder is compatible and integrates with a number of 3rd party GIS software solutions, making your job quicker and easier. We have put together a few Quick Reference Guides to walk you through the integration steps.
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With the free LaserSoft Connect App at their side, any user of ArcGIS® Field Maps app can measure laser offsets with a TruPulse® rangefinder. This exciting free app works with any brand of GPS/GNSS equipment, enabling users to acquire locations for those hard-to-reach features via point-and-shoot rangefinder workflows. Once you’re in Field Maps, just choose “Connect” as your offset provider, and you’ll be ready to tackle any mapping situation.
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MapSmart is our flagship field data collection app, designed to help you fully utilize all the capabilities of our current products. This includes every Laser Offset method, with any GNSS receiver, and our Traverse workflow, which helps you maintain high accuracy positioning in RTK-denied environments. MapSmart is available on Android™ devices and Apple iPad. This simple yet powerful program easily integrates with Laser Tech devices and mapping accessories, creating a complete total station solution so you can quickly and accurately map, measure, or position anything.
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The TruPulse 360i uses internal TruVector Compass Technology to add azimuth data to your rangefinder measurements.
Technical Setup: Your preferred GNSS receiver, a TruPulse 360i Rangefinder, and a mobile device running a TruPulse-integrated data collection program
Procedure: log your GPS location, use the 360i rangefinder to start mapping assets
Key advantage: one shot per asset
This video shows our LaserSoft Connect app bringing the Distance-Azimuth workflow into Esri’s ArcGIS Field maps. Though other available data collection programs may use a slightly different interface, the Distance-Azimuth workflow itself will remain the same.
The TruPulse 200i is a solid option for accurate Distance-Distance offsets with minimal gear.
Technical Setup: Your preferred GNSS receiver, a TruPulse 360i, 200i, or 200X, and a mobile device running a TruPulse-integrated data collection program
Procedure: log position 1 and use the rangefinder to range your asset, move to position 2, log position 2 and use then range the asset a second time
Key advantage: can be performed with any TruPulse rangefinder without an encoder required
This video shows our LaserSoft Connect app bringing the Distance-Distance workflow into Esri’s ArcGIS Field maps. Though other available data collection programs may use a slightly different interface, the Distance-Distance workflow itself will remain the same.
Pair a TruPulse rangefinder with a MapStar TruAngle II to utilize the Distance-Angle offset workflow.
Technical Setup: Your preferred GNSS receiver, a TruPulse 360i, 200i, or 200X, a MapStar® TruAngle® II encoder, and a mobile device running a TruPulse-integrated data collection program
Procedure: Log position one, move to position 2, use the MapStar TruAngle II to establish your angle from position 1, use the rangefinder to map your asset(s)
Key advantage: most accurate method, immune to magnetic interferences
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This video shows our LaserSoft Connect app bringing the Distance-Angle workflow into Esri’s ArcGIS Field maps. Though other available data collection programs may use a slightly different interface, the Distance-Angle workflow itself will remain the same.
