How to Use the R180 Robotic Total Station from RedEdge Solutions

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The R180 Robotic Total Station from RedEdge Solutions is a powerful and efficient tool designed for surveying, construction, and geospatial applications. Featuring robotic automation, high-precision measurements, and an intuitive Android-based interface, the R180 simplifies complex tasks while improving accuracy and efficiency. This guide provides step-by-step instructions on how to set up, operate, and maximize the use of the R180 Robotic Total Station.

Step 1: Setting Up the R180 Robotic Total Station

1. Positioning and Mounting the Total Station

  • Set up a sturdy tripod on stable ground and ensure it is properly leveled.
  • Mount the R180 Robotic Total Station onto the tripod and secure it tightly.

2. Leveling the Instrument

  • Use the built-in electronic bubble level on the 6-inch Android touchscreen to adjust the leveling screws.
  • Ensure the device is properly aligned for accurate measurements.

3. Powering On and Initialization

  • Press the power button to start the R180.
  • Allow the system to initialize and calibrate its internal sensors.

Step 2: Configuring the Total Station for Operation

1. Selecting Measurement Mode

  • Choose between reflectorless mode (up to 1000m) or prism-based mode (up to 6000m) based on your project needs.

2. Automatic Prism Centering (APC) and Locking

  • Place the 360° prism at the desired target point.
  • Activate Automatic Prism Centering (APC), which automatically finds and locks onto the prism, even if it moves out of sight.

3. GNSS Integration for Hybrid Surveys

  • If your project requires GNSS data, connect the R180 to an external GNSS receiver using Cube-a software.
  • This allows for a hybrid survey, combining total station and GNSS positioning data for maximum accuracy.

4. Connecting External Devices

  • Use Wi-Fi, Bluetooth, or LTE Modem to pair the R180 with a data collector, tablet, or computer.
  • Open Cube-a software to integrate and manage project data.

Step 3: Conducting a Survey with the R180

1. Aiming and Locking Onto the Target

  • Use the built-in high-resolution camera to visually align the instrument with the target point.
  • The robotic TDrive motor allows for fast and smooth targeting, reducing the need for manual adjustments.

2. Capturing Measurements

  • Press the measurement trigger to record horizontal and vertical angles, distances, and elevation data.
  • The R180 automatically tracks and follows the prism, ensuring continuous data collection.

3. Storing and Processing Data

  • Save collected data internally or transfer it via USB Type-C, Wi-Fi, or cloud storage.
  • Open the data in Cube-a software or compatible GIS/CAD applications for analysis and mapping.

Step 4: Data Transfer and Management

1. Exporting Data

  • Send collected data directly to a remote server or project management software using LTE connectivity.
  • Alternatively, transfer files manually via USB or SD card.

2. Reviewing and Integrating Data

  • Open project files in GIS, CAD, or Cube-a software for further processing and decision-making.
  • Ensure data accuracy before applying it to construction layouts, urban planning, or geospatial mapping.

Step 5: Maintenance and Storage

1. Cleaning the Instrument

  • After use, wipe the lens, touchscreen, and body with a soft cloth to remove dust and debris.
  • Avoid using harsh chemicals or abrasive materials that could damage the components.

2. Performing Regular Calibration

  • Schedule routine calibration to maintain high-precision accuracy.
  • Use the self-calibration feature available in the device’s settings.

3. Storing the R180 Properly

  • Keep the total station in its protective case to prevent damage.
  • Store in a cool, dry place when not in use to extend the lifespan of the device.

Pro Tips for Maximizing Efficiency with the R180

✔ Enable real-time data transfer to ensure project teams stay updated with the latest measurements.
✔ Utilize the built-in camera for easy visual confirmation of target points.
✔ Use hybrid GNSS integration for large-scale projects requiring both total station and satellite data.
✔ Take advantage of robotic automation to reduce the need for manual adjustments and save time.
✔ Perform regular software updates via RedEdge Solutions to access the latest features and improvements.

Conclusion

The R180 Robotic Total Station from RedEdge Solutions is an intelligent, fully automated surveying tool designed to streamline workflows and enhance project efficiency. By following these steps, professionals can maximize the R180’s capabilities, improve accuracy, and complete projects faster with minimal labor costs. With robotic automation, seamless GNSS integration, and an intuitive Android OS, the R180 is the ultimate solution for modern surveying and construction projects.

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How to Use the R120 Robotic Total Station from RedEdge Solutions

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The R120 Robotic Total Station from RedEdge Solutions is a high-precision tool designed for surveying, construction, and geospatial applications. With its Android-based interface, automatic prism centering, and robotic functionality, the R120 makes complex tasks easier and more efficient. Here’s a comprehensive guide on how to set up and operate the R120 to maximize its capabilities.

Step 1: Setting Up the R120 Robotic Total Station

  1. Mount the Total Station on a Tripod
    • Set up the tripod on stable ground near your survey point.
    • Secure the R120 Total Station to the tripod using the mounting screw.
  2. Level the Total Station
    • Adjust the tripod legs and leveling screws to align the bubble level.
    • Use the electronic level feature on the touchscreen for finer adjustments.
  3. Power On the Device
    • Press the power button to turn on the R120.
    • Allow the device to boot into the Android 11 OS and initialize its systems.

Step 2: Configuring the R120 for Your Project

  1. Select Measurement Mode
    • Choose between reflectorless mode (up to 1000m) or prism-based mode (up to 5000m) depending on your project’s requirements.
  2. Integrate GNSS Data
    • Connect an external GNSS receiver using the GNSS connector on the handle to perform mixed surveys.
    • Enable GNSS integration in the Cube-a software to combine GNSS and total station measurements seamlessly.
  3. Connect External Devices
    • Use Bluetooth, Wi-Fi, or LTE Modem to sync the R120 with external devices such as tablets, laptops, or data collectors.
    • Open the Cube-a software on your connected device for additional functionality.

Step 3: Conducting a Survey

  1. Target and Lock Onto the Prism
    • Place the prism at your survey point.
    • The Automatic Prism Centering (APC) will aim and lock onto the prism automatically. If the prism moves, the R120 will re-lock automatically, saving time and reducing manual adjustments.
  2. Measure Distances and Angles
    • Use the robotic controls to rotate the device or set it to auto-rotate mode.
    • Capture horizontal and vertical angles and distance measurements with millimeter precision.
  3. Store and Analyze Data
    • Save your collected data on the R120’s 64GB internal storage or export it to external devices via USB or cloud platforms.

Step 4: Data Transfer and Processing

  1. Transfer Data
    • Use the R120’s real-time connectivity options (Bluetooth, Wi-Fi, or LTE Modem) to upload collected data directly to GIS or CAD software.
    • Alternatively, transfer files via USB Type-C for offline processing.
  2. Analyze Data
    • Open the collected data in Cube-a software or compatible platforms for further analysis.
    • Use this data to generate reports, maps, or construction layouts.

Step 5: Maintenance and Storage

  1. Clean the Equipment After Use
    • Wipe the lens, touchscreen, and body to remove dirt and dust.
    • Avoid using harsh chemicals that could damage the device.
  2. Perform Regular Calibration
    • Periodically calibrate the R120 to ensure optimal accuracy and performance.
  3. Store in a Protective Case
    • Keep the R120 in its protective case when not in use to safeguard it from physical damage or environmental elements.

Pro Tips for Optimal Use

  • Enable Background Maps: Use the Android OS to access maps and project files directly on the touchscreen.
  • Use Reflectorless Mode for Hard-to-Reach Areas: Take measurements without needing a prism in challenging locations.
  • Leverage Robotic Features: Automate repetitive tasks with the robotic functionality to save time and effort.
  • Update Firmware Regularly: Check for firmware updates on RedEdge Solutions’ website to ensure you’re using the latest features.

Conclusion

The R120 Robotic Total Station is a powerful and intuitive device that simplifies surveying and geospatial data collection. Its user-friendly Android interface, robotic automation, and seamless connectivity make it a valuable tool for professionals. By following these steps, you can maximize its capabilities, improve efficiency, and achieve precise results on your projects.

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Enhancing Project Efficiency with the X70 GO SLAM Laser Scanner from RedEdge Solutions

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The X70 GO SLAM Laser Scanner from RedEdge Solutions is a groundbreaking hybrid LiDAR system that transforms surveying, construction, and infrastructure projects by offering unmatched speed, precision, and versatility. With its mobile and stationary scanning capabilities, powered by Simultaneous Localization and Mapping (SLAM) technology, the X70 GO significantly enhances project workflows, ensuring timely and accurate results.

From urban planning and road construction to industrial inspections and tunneling, this next-generation scanner simplifies data collection, processing, and analysis, making it the ultimate tool for streamlined project execution.

How the X70 GO SLAM Laser Scanner Enhances Projects

1. Faster Data Collection for Time-Saving Efficiency

The X70 GO combines mobile and stationary scanning to provide fast and efficient data collection:
✔ X-WHIZZ Mode captures both large-scale and detailed scans in a single workflow.
✔ Eliminate multiple scan stations by scanning continuously while walking through the site.
✔ Real-time point cloud visualization ensures comprehensive data collection in the first pass.

2. High-Accuracy 3D Scanning Improves Precision

✔ Millimeter-level accuracy ensures reliable data for construction layouts, geospatial mapping, and infrastructure modeling.
✔ The 70m LiDAR range provides comprehensive coverage of large sites with minimal effort.
✔ Automatic control point measurement enables precise georeferencing, reducing errors and rework.

3. Real-Time Data Processing Accelerates Decision-Making

✔ With real-time point cloud display on the GO App, teams can assess project progress immediately.
✔ Scans are processed instantly, ready for export and use in GIS, CAD, or BIM software.
✔ Panoramic image creation and colorization add rich detail to 3D models, streamlining collaboration between stakeholders.

4. Streamlined Workflows Minimize Manual Intervention

✔ Automated georeferencing and data alignment simplify post-scan tasks.
✔ Batch processing in GO Post Software reduces processing time for large datasets.
✔ Seamless integration with CAD, GIS, and BIM platforms eliminates compatibility issues, saving time on conversions.

5. Increased Versatility for Diverse Applications

✔ Urban Planning: Create detailed city models for infrastructure design and zoning.
✔ Construction Projects: Conduct accurate site inspections, layouts, and as-built documentation.
✔ Tunneling and Underground Mapping: Map confined and GPS-denied environments with SLAM technology.
✔ Industrial Inspections: Digitally document factories, warehouses, and mechanical systems for maintenance planning.

Benefits of the X70 GO SLAM Laser Scanner for Project Enhancements

✔ Reduces project timelines with high-speed scanning and real-time processing.
✔ Improves data accuracy through automated workflows and control point alignment.
✔ Increases productivity by eliminating redundant steps in data collection and processing.
✔ Facilitates better collaboration with instant data sharing and seamless integration into design platforms.
✔ Reduces costs associated with rework and delays, thanks to precise and reliable data.

Why Choose the X70 GO SLAM Laser Scanner for Your Projects

The X70 GO SLAM Laser Scanner is the perfect solution for professionals seeking to enhance their project execution. By offering a combination of high-speed mobile scanning, stationary precision, and automated data processing, this system ensures that projects are completed faster, more accurately, and with fewer resources.

Whether you’re working on infrastructure projects, industrial inspections, or urban planning initiatives, the X70 GO provides the tools you need to optimize workflows, improve accuracy, and enhance collaboration.

Conclusion

The X70 GO SLAM Laser Scanner from RedEdge Solutions is a powerful, efficient, and versatile tool for professionals in surveying, construction, and geospatial industries. With its ability to collect, process, and share high-accuracy 3D data in real time, the X70 GO enhances every stage of project execution, ensuring better outcomes, faster timelines, and reduced costs.

For organizations looking to maximize efficiency and accuracy in their projects, the X70 GO SLAM Laser Scanner is the ultimate choice for delivering exceptional results every time.

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