Today, we're going to take you on an exciting journey as we explore the process of flying the R3 Pro LiDAR scanner to map buildings using the DJI M300 drone. From mission planning to data processing, we'll cover it all and equip you with the knowledge to capture stunning and accurate 3D point clouds. So, let's dive in! 1. Preparing for the Flight Before heading out to the job site, meticulous mission planning is crucial. We recommend using AirMap or similar platforms to check the airspace and ensure safe drone operations. Familiarize yourself with the terrain to optimize your flight path. For scanning a building, remember to adjust your mission plan to capture not only the top but also the walls. Position the drone outside the walls so the lidar can effectively scan and capture all relevant data. 2. Setting Up the Base Station Once on-site, start by setting up the base station. Choose a location with an unobstructed view of the sky and, if possible, place it on a known survey monument for better post-processing accuracy. 3. Installing R3 Pro LiDAR on DJI M300 Drone Next, prepare the DJI M300 for the flight. Check the drone for any damages and make sure everything is securely fastened. Then, install the R3 Pro LiDAR on the drone. Follow the easy steps for attaching the GPS antenna and lever arm attachment, and you're ready to go. 4. Mission Planning with ROCK Pilot App For mission planning, you can use various apps like ROCK Pilot, DJI Pilot 2, or others compatible with your DJI drone. We recommend ROCK Pilot for its simplicity and real-time data visualization. Draw a polygon covering the area of interest and set the desired AGL height, overlap, and speed. Lower AGL height and slower speed may be ideal for smaller areas like buildings, as you can maximize battery usage. 5. Flying the Mission & Capturing the Data Now comes the exciting part – flying the mission. Take off the base station and start logging data. With ROCK Pilot, the app handles most of the on-ground processes, including calibration flight, making it a breeze. Fly the mission and capture the data using the R3 Pro LiDAR scanner. Keep an eye on the battery level and adjust your flight path if needed. Upon completing the flight, land the drone and stop logging data. 6. Data Processing with ROCK Desktop With all the data collected, it's time to process it using ROCK Desktop. Copy the data onto your local machine and open ROCK Desktop. Process the data, select the flight lines, angle, and range gate, and click "Start Processing." ROCK Desktop will generate a colorized and optimized point cloud, providing a visual representation of the scanned area. 7. Uploading to ROCK Cloud & Generating Deliverables After processing, upload the data to ROCK Cloud. This step is ten times faster when using ROCK Desktop. Now you have access to a range of functionalities like adding ground control points, reprojection, and ordering deliverables such as surveyor planimetrics and powerline data. See the processed point cloud deliverables in the ROCK Cloud: Conclusion And there you have it! Mastering LiDAR Scanning with the ROCK R3 Pro and DJI M300 Drone opens up a world of possibilities for 3D point cloud data collection. From construction and surveying to environmental monitoring and asset inspection, the applications are vast. We hope this comprehensive guide has given you a clear understanding of the process, from planning to delivering results. So, what are you waiting for? Get out there and start capturing stunning 3D data with your R3 Pro and M300 setup. Reach out to learn more about the ROCK R3 Pro LiDAR!

Why wait around for what you need? ROCK Pro Services will process professional deliverables for you, and we'll make sure they're perfect. Every project is quality checked by our team of experts to ensure you get the most out of your data. Need a large-scale custom order? Not a problem, we do it all. Contact us today to get learn more and get started! Expanding Survey Capabilities with the ROCK Robotic The true potential of the ROCK 50 Plan is realized when surveyors choose to expand their deliverables. Through ROCK Pro Services, the ROCK 50 Plan seamlessly grows with your project's demands, offering advanced planimetric mapping services that elevate the detail and utility of your surveys. Understanding Planimetric Mapping Planimetric mapping is the art of rendering a detailed, 2-dimensional picture of an area's layout, capturing the precise horizontal positions of natural and man-made features. This technique is integral to a variety of applications, from urban planning and construction to environmental conservation, providing a clear view of an area's infrastructure and landscape without the complexity of elevation data. The Power of Planimetrics in ROCK Cloud With the ROCK 50 Plan as your foundation, you can harness the power of ROCK Pro Services to order detailed planimetric deliverables. These services translate your raw data into meticulously crafted planimetric maps. This not only spares you the laborious task of manual map creation but also ensures that your deliverables are of the highest quality and precision, thanks to ROCK's superior AI and machine learning algorithms backed by human expertise (QC/QA). Streamlined Planimetric Ordering Ordering planimetric deliverables is a breeze. Simply upload your LiDAR or orthomosaic data to ROCK Cloud, define your area with a bounding box, and ROCK Pro Services will calculate the cost based on the selected acreage. This system ensures you're only billed for the area you need, optimizing your project's budget. Enhancing Efficiency & Accuracy The integration of planimetric services with ROCK Pro Services is not just about expanding capabilities; it's about enhancing efficiency and accuracy in surveying practices. By utilizing these professional planimetric services, surveyors can quickly identify and delineate intricate details of any site, such as utility lines, pavement markings, and vegetation boundaries. Here's a list of the key benefits: Efficiency & Accuracy Enhancement: Planimetric ROCK Pro Services within the ROCK Cloud boost surveying efficiency and accuracy. Detailed Site Analysis: Enables surveyors to identify and delineate intricate site details such as utility lines, pavement markings, and vegetation boundaries. Crucial for Meticulous Planning: Ideal for projects that demand high precision, like roadway designs and property development. Centimeter-Level Accuracy: Ensures planning and decision-making are based on highly reliable data, crucial for urban environments and ecological zones. Ease of Use & Workflow Integration: Simplifies the integration of advanced planimetric services into existing surveying workflows. In-Depth Insights & Comprehensive Data: Allows surveyors to provide more detailed information to clients, stakeholders, and project teams. Innovation & Excellence in Surveying: Demonstrates ROCK Pro Services commitment to advancing surveying technology and practices. Diving Deeper with 2D and 3D Planimetrics Whether your project requires a basic 2D planimetric map or a more comprehensive 3D rendering, ROCK Cloud has you covered. 2D planimetrics provide a flat representation of surface features, while 3D planimetrics bring an additional layer of depth, offering a more immersive view of the landscape with elevation details for each feature, which can be invaluable for complex designs and analyses. Feature Layers in ROCK Planimetrics The precision of ROCK's Planimetric mapping is evident in the extensive list of feature layers available, ranging from basic infrastructure like roads and buildings to nuanced elements like treelines and drainage systems. This diversity in feature layers means that no detail is too small to be captured and represented on your planimetric map. Customization & Support ROCK Pro Services understands the unique needs of different projects, which is why they offer custom feature codes to align with your internal CAD software. Moreover, if any issues arise or revisions are necessary, the responsive ROCK Support Team is always ready to assist and discuss your project's specifics. Conclusion By starting with the ROCK 50 Plan and leveraging the expansive capabilities of ROCK Pro Services for planimetric mapping, surveyors can significantly enhance the scope and detail of their deliverables. This powerful combination ensures that no matter the size or complexity of the project, you have the tools and support to deliver outstanding results. Get professional planimetric linework surveying deliverables with ROCK Cloud Pro Services now!

ROCK Pro Services is revolutionizing power line design and transmission corridor surveying with its effortless approach to generating PLS-CADD deliverables. With a simple one-click order system, ROCK Pro Services offers a seamless, user-friendly experience for obtaining professional survey deliverables, reviewed and quality-checked by expert GIS analysts. This service is designed to scale to any project size, making it ideal for a wide range of applications. PLS-CADD: The Backbone of Efficient Power Line Design PLS-CADD (Power Line Systems - Computer Aided Design and Drafting) is essential for creating accurate and efficient transmission line designs. It integrates detailed engineering models with terrain data, optimizing power line paths for safety, reliability, and cost-effectiveness. ROCK Pro Services enhances this process by providing easy access to high-quality PLS-CADD deliverables, essential for any power line project. PLS-CADD is crucial in designing transmission corridors, the lifelines of the electrical grid. ROCK Pro Services ensures a seamless transition from drone LiDAR data to PLS-CADD deliverables, allowing engineers to concentrate on design optimization. Enhancing Efficiency with PLS-CADD PLS-CADD stands out as a game-changer in the realm of power line surveying, primarily due to its effectiveness in handling complex design and analysis tasks. This software excels in creating detailed, three-dimensional models of power lines, encompassing terrain contours, structure placements, and wire sag and tension details. Such comprehensive modeling capabilities enable engineers to make informed decisions, optimize the layout of transmission lines, and foresee potential issues before they arise. The integration of PLS-CADD with ROCK Pro Services further amplifies its efficiency, providing surveyors and engineers with precise, reliable data that forms the backbone of successful power line projects. This synergy between advanced technology and expert service ensures that projects are not only completed with higher accuracy but also in a more time-efficient manner, significantly enhancing the overall productivity and reliability of power line design and maintenance. Streamlining PLS-CADD Deliverables with ROCK Processing Services ROCK Pro Services simplifies the PLS-CADD process, offering customized solutions that cater to all PLS-CADD requirements. This service is backed by a team of seasoned professionals, ensuring that each deliverable, from basic classifications to advanced sag reports, is of the highest quality and integrates seamlessly with ortho imagery. Key Features of ROCK Processing Services: One-Click Ordering: Easy and quick access to professional PLS-CADD deliverables. Expert Review: Each deliverable undergoes a thorough quality control and assurance check by expert GIS analysts. Custom Scalability: Tailored solutions to scale for projects of any size. Synergy of ROCK Cloud and PLS-CADD in Power Line Surveying The collaboration between ROCK Cloud and PLS-CADD represents a significant leap forward in power line surveying and design. ROCK Cloud, with its advanced data processing capabilities, seamlessly feeds high-quality LiDAR data into the PLS-CADD system, bridging the gap between raw data collection and detailed design work. This integration allows for an unprecedented level of precision and efficiency in modeling transmission lines and their environments. By leveraging ROCK Cloud's robust data processing and management tools, PLS-CADD users gain access to a streamlined workflow where data accuracy and ease of use are paramount. This powerful combination not only simplifies the complex process of transmission line design but also ensures that every stage of the project, from initial data capture to final design, is conducted with the utmost precision and care, leading to safer, more reliable, and cost-effective power line installations. Above: ROCK PLS-CADD Demo Dataset in the ROCK Cloud Advantages of Using ROCK Processing Services for PLS-CADD Automation: Streamlines the design process by automating data classification and drafting. Accuracy: Delivers high precision in designs with detailed sag-tension reports and structure analysis. Expert Support: Provides access to ROCK's team for customized solutions and professional support. Cost-Effective: Offers a pay-as-you-go service, enabling effective cost control while scaling project sizes. Conclusion ROCK Pro Services, in conjunction with the ROCK Cloud, offers a comprehensive solution for transforming drone LiDAR data into accurate PLS-CADD deliverables. This combination of sophisticated software and expert service streamlines the design and analysis of transmission lines, paving the way for the future of power line surveying. Contact us to learn more about PLS-CADD, ROCK Pro Services, and the capabilities of the ROCK Cloud now!

Why wait around for what you need? ROCK Pro Services will process professional deliverables for you, and we'll make sure they're perfect. Every project is quality checked by our team of experts to ensure you get the most out of your data. Need a large-scale custom order? Not a problem, we do it all. Contact us today to get learn more and get started! The Power of Expert Analysis One of the critical advantages of ROCK Pro Services is direct access to experts who specialize in analyzing and processing LiDAR data across various platforms — from drone LiDAR to terrestrial and SLAM systems. These professionals bring a wealth of experience to the table, having worked with a diverse array of data sets. Through the seamless interface of ROCK Cloud, ROCK Pro Service expert analysts can directly access your data, engage in quality assurance, and communicate with you about the deliverables, ensuring your project meets the highest standards. QC/QA: The First Line of Quality Assurance Our dedicated team of experts specializes in delivering top-tier QC/QA services designed to ensure the highest standards of excellence across a wide range of industries. With a focus on precision, efficiency, and client satisfaction, we are committed to providing services that meet and exceed your project's unique requirements. As we break down the list of what you can expect from our QC/QA offerings, you'll discover how ROCK Pro Services is the perfect partner for safeguarding the quality and integrity of your projects. Here's what you can expect when you engage with ROCK Pro Services: Quality Verification: A ROCK Processing agent will review your data set, validate the quality, and confirm correct projections. GCP Alignment: Your data set will be checked for alignment with ground control points, ensuring high accuracy. Anomaly Detection: Any inconsistencies or anomalies relative to the ground control points will be identified and addressed. Classification Cleanup: The agent will refine your classification, ensuring your surface model reflects the true nature of the terrain. The starting price for this invaluable service is extremely affordable, scaling on a per-acre basis for larger projects. Advanced Classification & Planimetrics ROCK Processing Services provides advanced classification options, including: Building, Tree, and Road Classification: Distinguish between various features with high accuracy for detailed analysis. Enhanced Classifications: Achieve superior data separation for ground, buildings, and high vegetation, with additional layers for roads, water, bridges, and transmission lines. For detailed planimetric analysis, ROCK Pro Services offers this service at an affordable rate, ensuring professional results at a fraction of the cost of in-house processing. No Project Too Large ROCK Pro Services is equipped to handle projects of any size. Large-scale endeavors are welcomed with open arms, and formal quotes are readily provided to meet your service needs, no matter the scope. Additional services are also available upon request, including: GIS Mapping: Extract features from LiDAR data for comprehensive GIS applications. BIM Modeling: Develop 3D BIM models from SLAM LiDAR and terrestrial data for in-depth architectural and engineering projects. Why Choose ROCK Pro Services? Affordable Pricing: Enjoy competitive rates that are designed to be more cost-effective than DIY methods. Expert Support: Benefit from a team of specialists dedicated to ensuring your data's precision. Scalability: Tackle projects of any size with confidence, knowing ROCK Processing Services has you covered. Reach Out Today Discover how your projects can be completed more efficiently and accurately with ROCK Pro Services. Whether you're dealing with a small local survey or a massive infrastructure project, ROCK Robotic is here to assist. Use ROCK Pro Services on your next project today!

LiDAR technology has ushered in a new era of data acquisition and mapping, changing the way we perceive and document the world around us. In an down to earth showcase of innovation and accuracy, join us as we explore LiDAR mobile mapping aboard a boat featuring the ROCK R3 Pro. Setting the Scene Our story unfolds on the serene waters of Jenkinson Lake, where we've armed ourselves with a pontoon boat, a few spare hours, and the ROCK R3 Pro. Our mission? To use this innovative LiDAR device in an unconventional manner by mounting it on our boat and mapping the entire shoreline. The Setup The ROCK R3 Pro is securely mounted on the pontoon boat. We've adapted a mobile mount designed for vehicles and affixed it to the boat's structure. This setup ensures that the LiDAR device can scan the coastline accurately as we navigate the waters. Additionally, we've installed a GPS unit on the boat's railing to complement the LiDAR data, forming a sturdy, synchronized system. Mapping the Coastline As the boat gently pushes against the shoreline, we initiate data acquisition. Stability is essential for accurate results, so we make sure the boat remains stationary during this phase. Our plan is to drive along the coastline in a parallel fashion, enabling the LiDAR device to capture precise data points. The Data Collection The boat follows a route that includes a figure-eight pattern and a straight line to ensure comprehensive data collection. Throughout this process, our team keeps a close eye on the LiDAR device's performance, with initial results showing promise. Data Processing After mapping the majority of the lake's shoreline, we upload the data to the ROCK Desktop pre-processing software. This preliminary analysis allows us to confirm the success of our unique setup and the quality of the data collected. Conclusion The adventure of using the ROCK R3 Pro on a pontoon boat to map the coastline of Jenkinson Lake has been both exciting and informative. We've learned that this unconventional approach is not only possible but also highly effective. The LiDAR data collected during our journey demonstrates the potential and versatility of this technology. As we conclude our day on the lake, we reflect on the successful outing, emphasizing the ease of setting up the LiDAR system on the boat, the importance of real-time data processing, and the surprisingly efficient use of battery power. Visit rockrobotic.com to learn more about us. Or, click the button below and schedule a meeting!

The #1 Reason for Drone LiDAR is Vegetation Penetration. In this article I will show you how the ROCK Ecosystem™ from the ROCK R3 Pro, ROCK Desktop, and ROCK Cloud work seamlessly together to enable surveyors to work faster, safer, and more accurately. Laying the Groundwork For our study, we zeroed in on a 66-acre woodland terrain south of Atlanta, GA in the full summer of 2023. The vegetation here is very dense! To walk this site it would take a 2 man crew approximately 2 weeks to survey and build a Topo. It was above 90 degrees with full humidity. No one wants to walk this entire site and get poison ivy all over while risking dehydration. GCP Prep: Total Station Traverse To establish a baseline of accuracy we had control points captured using a total station, performing a traverse around the perimeter of the survey area. These points, set within the thick vegetation, aimed to provide an accurate benchmark against which the LiDAR's capabilities will be assessed. Taking to the Skies With the preparatory work complete, the ROCK R3 Pro took center stage. Mounted on the DJI M300 drone, it ascended above the dense canopy. What would typically demand weeks of on-foot surveying was seamlessly completed in just an hour. The captured data was reviewed onsite with ROCK Desktop to ensure a successful capture. Then back in the office we uploaded to a new project on the ROCK Cloud for processing. In quick time, a comprehensive surface model, detailed with precise contours, was generated. The Proof is in the Precision Upon analyzing the processed data against the control points, the results were AMAZING. The ROCK R3 Pro demonstrated a remarkable accuracy of 0.081 FT – inside the dense vegetation! This is a testament to its unmatched vegetation penetration capabilities and accuracy. But the system's prowess wasn't solely in its accuracy. The density of the captured data brought to light terrain features often missed by traditional methods. One such revelation was the intricate terracing patterns, masked for years beneath the forest's thick canopy. Look at the video below and you will see on the surface model, clear terracing. You would have walked right over this feature with a RTK GPS or Total Station! See the Data in the Cloud The ROCK Cloud is like the superhero of LiDAR data handling. Picture it as your trusty sidekick, helping you master and play with LiDAR data like a pro. Imagine a toolkit filled with gadgets for visualizing, analyzing, and storytelling—making data exciting and understandable. In the world of industries like mining, construction, and forestry, ROCK Cloud swoops in, providing accurate spatial insights at lightning speed, making projects a thrilling adventure with better outcomes! 🔎 See the Data in the Cloud: https://cloud.rockrobotic.com/share/d1e62a17-cceb-4093-b427-eb89c51999f8 Weighing Tradition Against Technology The ROCK R3 Pro is the new best tool in the surveyor toolkit. The technology is here today, and with ROCK Robotic you can perform your Topos: faster, safer, and more accurate. ROCK Robotic offers a complete end-to-end solution and seamless workflow. We get you the best hardware, software, training, and support on the market. In the ROCK Ecosystem™, you are in good hands. Contact us today to learn more about the ROCK Ecosystem and how it can transform your LiDAR mapping business!

ROCK has an exciting announcement that will transform your mapping operations — the R3 Pro LiDAR now works with any drone! No more limitations, a lot more options. Read the article to learn more about the new ROCK Universal Mount and see it in action on the Freefly Systems Astro drone. Unleashing the Power of LiDAR LiDAR (Light Detection and Ranging) technology has significantly advanced the field of surveying and mapping. Its ability to generate highly accurate 3D models of terrain, structures, and environments has been a game-changer for various industries such as agriculture, forestry, construction, and environmental monitoring. However, to truly unlock the potential of aerial LiDAR and the ROCK R3 Pro (previously only compatible with the DJI M300 & DJI M350), a reliable and efficient mounting system is crucial. This is where the ROCK Robotic Universal Mount steps in, designed to seamlessly integrate with the R3 Pro LiDAR. Introducing the ROCK Robotic Universal Mount The ROCK Universal Mount is a state-of-the-art mounting solution designed for optimal integration with the R3 Pro LiDAR system. This mount is engineered with precision and durability in mind, ensuring stability and accurate LiDAR data capture during flight. Also included is a high-quality LEMO to XT60 Cable for seamless connectivity. Here are the Key Features: 1. Compatibility: The ROCK Universal Mount is specifically designed to work with any drone that can handle the LiDAR payload. There is also a kit specifically for the Freefly Astro drone, providing a seamless integration that ensures stability and accuracy during LiDAR mapping missions. 2. Versatility: This mount is adaptable to various drones, making it versatile for a range of mapping applications. Its universal design enables easy attachment and detachment, allowing you to use it with multiple drone models effortlessly. 3. Robust Construction: Crafted from high-quality materials, the ROCK Universal Mount is built to withstand the rigors of outdoor usage. It ensures your LiDAR equipment is securely mounted and protected throughout the mapping process. 4. Stability & Precision: With a focus on stability, this mount minimizes vibrations and movements during flight, resulting in highly precise LiDAR data collection. Achieve the level of accuracy you need for your mapping projects. Click here to learn more about the R3 Pro's accuracy. Pairing with Freefly Astro Drone The Freefly Astro drone is a fantastic platform for aerial data collection. Its exceptional stability, flight capabilities, and payload capacity make it an ideal match for the Universal Drone Mount and the R3 Pro LiDAR. Not to mention it is NDAA compliant. Together, they form a powerful tool for efficient and accurate LiDAR mapping. Click HERE to see the ROCK Universal Mount in action on the Freefly Astro drone! Elevate Your Mapping Experience Incorporate the ROCK Robotic Universal Mount for the R3 Pro LiDAR with the Freefly Astro drone into your mapping workflow and take your projects to new heights. Experience enhanced accuracy, efficiency, and reliability in LiDAR data collection, providing valuable insights for your business. Elevate the way you map, survey, and analyze with ROCK Robotic and Freefly Systems. Contact us today to learn more about the ROCK Robotic Universal Mount and how it can transform your LiDAR mapping business!

Discover the Future of LiDAR Mapping: ROCK SLAM! In this guide, we'll walk you through how-to operate the R3 Pro in SLAM mode and share some valuable tips on capturing high-quality data. Join us as we explore the setup process, best practices for data capture, and a sneak peek into the advanced features coming to the ROCK Cloud and ROCK Desktop processing software. Let's get started! Assembling the ROCK SLAM Kit To begin, assemble the SLAM kit by removing the camera from the R3 Pro and attaching it to the SLAM dock. Secure the camera by screwing it into place. Connect the limo cable to the SLAM dock, ensuring the red dot aligns with the device's marking. Connect the other end of the cable to the battery bank for power. Proper Data Capture Techniques To obtain high-quality SLAM data, follow these essential techniques: Keep the LiDAR sensor above your head to avoid casting laser beams towards your face and body. Move the sensor slowly and steadily during data capture to minimize motion blur. Perform 'Loop Closures' during data capture by doubling back on the same path or walking in loops. This corrects for any drift in the data set and improves accuracy. Capturing Data Power on the R3 Pro by clicking the button once, and wait for the solid green light to indicate readiness. To start capturing data, Click the button once, let go, and then hold it down for five seconds then release. The light should blink red and green. Once it turns solid green, the device will start quietly beeping notifying you that the device is capturing data. Tips for Data Capture When navigating stairs, angle the LiDAR sensor down while ascending and angle it backward while descending. This ensures perpendicular data capture on the stairs for superior results. When transitioning between rooms, ensure all doors are open and walk slowly to maintain data continuity. Capture data at the room's opening before moving into the next room. Uploading & Processing Data on ROCK Cloud After data capture is complete, repeat the single button steps to stop data capture. Remove the provided USB from the R3 Pro and proceed to upload the data directly to the ROCK Cloud for processing. Define the Coordinate Reference System (CRS) as "SLAM Meters" and upload the data folder. Click "Save" and order the SLAM processing, which is currently free and unlimited. Click here to view the ROCK SLAM example dataset on the ROCK Cloud! Upcoming Features & Enhancements The future holds exciting advancements for ROCK SLAM. Soon, users will have access to GCP alignment, allowing the integration of Ground Control Points (GCPs) for increased accuracy. A new SLAM dock version, the SLAM Dock 2.0, will boast a 360-camera for colorized SLAM and GPS capabilities, elevating data capture to new heights. Conclusion ROCK SLAM on the R3 Pro offers a powerful solution for capturing precise and detailed data. By following proper data capture techniques and utilizing upcoming enhancements, users can maximize the potential of this innovative technology. We encourage you to join the Rock Robotics community for support, discussions, and updates on all things SLAM and beyond. Stay tuned for more tutorials and exciting features on the horizon! Want to get in on the ROCK SLAM action? Just schedule a meeting with a ROCK Expert to get started!

Are you ready to master the calibration flight for your ROCK R3 Pro, R360, or R2A? In this informative guide, we'll walk you through the step-by-step process to ensure precise and accurate data collection every time. Let's get started! 1. Turning on the LiDAR and Data Recording Start by turning on the LiDAR unit. Initiate data recording by clicking the record button once and then clicking and holding it. This will activate the data collection process. 2. Waiting for 30 Seconds Allow the system to record static data for a minimum of 30 seconds. The LiDAR lights will blink green during this process, indicating that data collection is in progress. 3. Engaging the Props and Taking Off Move away from the drone and engage the propellers by pushing down and inward on the controller. Gently ascend the drone by pushing up on the left joystick. 4. High-Speed Kinematic Alignment Once you've reached your desired altitude, perform a high-speed kinematic alignment. Push forward on the right joystick and maintain this speed for five seconds. 5. Flying the Figure Eight Pattern After the alignment, use both joysticks to fly a figure eight pattern. Push the right joystick forward and the left joystick to the right to create a loop. Then, reverse the pattern by pushing the left joystick forward and the right joystick to the right. 6. Landing the Drone Once you've completed the figure eight, land the drone by descending slowly. Use the left joystick to control the descent until the propellers are disengaged completely. 7. Recording Static Data (Again) After landing, wait for 30 seconds (up to a minute) and record static data once more to conclude the calibration flight. You can extend this period to get a more robust and localized data set. 8. Turning off the LiDAR Data Collection Finally, turn off the LiDAR data collection by pressing the record button once and then clicking and holding it again. Remember, this calibration process is crucial for obtaining accurate data during your mission. While our ROCK Pilot app automates many of these tasks, having the skills to control the drone manually is valuable. Practice the calibration flight a few times to become proficient, and you'll be all set to tackle your aerial missions with confidence. Happy flying! Visit ROCKR3PRO.com now and experience the best technology in aerial data collection.

Today, we're diving deep into an exciting and enlightening accuracy case study conducted using our very own ROCK R3 Pro LiDAR camera and the ROCK Cloud software. Introduction to the ROCK R3 Pro and ROCK Cloud Firstly, let's take a moment to appreciate the gear that makes it all happen. The ROCK R3 Pro is our advanced LiDAR camera built specifically for drones, handheld SLAM, and mobile LiDAR mapping. Combining robust construction, top-tier tech, and pinpoint accuracy, it's a dream tool for geospatial professionals. Complementing the R3 Pro is our best-in-class LiDAR processing tool – ROCK Cloud. It allows you to convert, visualize, analyze, and share your LiDAR data with a user-friendly interface, streamlining data processing and enhancing productivity. Now, on to the case study. Why an Airport Runway? Airports runways - flat, open, and obstruction-free. These unique characteristics make them the perfect testing ground to assess the accuracy of our LiDAR system. The absence of buildings, vegetation, and other disturbances enables the ROCK R3 Pro to work its magic, capturing and detailing every nuance with flawless precision. So, we decided to put our gear to the test on an expansive airport runway. The Experimental Setup For this study, we configured the drone to hover at an altitude of 50 meters Above Ground Level (AGL). This height is optimal for obtaining the finest level of detail while maintaining coverage efficiency. Moreover, we set a 50% flight line overlap, ensuring comprehensive data collection. To collect RTK check shots, we employed an EMLID Reach RS2 Base and Rover pair, conveniently set up over a nearby NGS monument. However, today's workflows can be even more streamlined using a local ROCK Base and our ROCK RTK network. Thanks to this setup, we gathered an impressive 172 check shots, each boasting an astonishingly low error range of just 0.03 feet! Digging Deeper: The LiDAR Data Analysis Having gathered the data, it was time to uncover the stories they held. We started by importing the raw point cloud into the ROCK Cloud for processing and analysis. After adding the 178 RTK Check shots we quickly verified the alignment with a visual inspection. This way we can see the features in the intensity view and compare them to the RTK shot. Accuracy Report: Vertical Precision that Astounds First up was the Accuracy Report. Here, we zeroed in on the vertical accuracies. The image below visualizes the impressive results of this analysis. The statistics are simply staggering! Here's a snapshot of the numbers: Point Density: A high-resolution 38 points per sq ft Coverage: A sweeping 53 Acres Standard Deviation in Elevation Delta: A minimal 0.034 ft Mean Delta in Elevation: A near-zero 0.001 ft However, the absolute showstopper here is the Vertical Accuracy (RMS), which came out to be a staggering 0.034 ft! Yes, our eyes popped too! This figure is a striking testament to the unparalleled accuracy and reliability of the ROCK R3 Pro, with an incredibly low variance between the LiDAR data and the RTK check shots. I mean, just take a look at how consistent the data from the R3 Pro looks just the the naked eye. The quality is, dare I say, as good as a terrestrial scanner on a tripod! Strip Alignment: The Age of LiDAR 2.0 Next up was Strip Alignment. In the previous era of LiDAR 1.0, strip alignment was a tedious manual process plagued with errors and inconsistencies. But welcome to LiDAR 2.0, courtesy of ROCK Robotic! With our cutting-edge system, strip alignment issues are virtually non-existent. Below, I change the view into GPS time so we can easily visualize the individual flight strips that were captured. I draw a cross-section profile and the data is perfectly aligned. This should be expected as a default standard on all ROCK hardware. To further highlight this point, take a look at the second photo and look at the mixture of colors. This is a real, back of the envelope way to assess the alignment of the data. Here we can clearly see an even mixture of colors, implying that one strip is neither above or below the other. ✅ RGB Camera and LiDAR: A Perfectly Synced Duo Let's talk about the co-alignment of the RGB camera and the LiDAR laser scanner. In previous generation hardware, these could suffer misalignments. But not with ROCK R3 Pro! Take a look at the perfect camera to LiDAR alignment. By switching between the intensity view (derived from the LiDAR laser scanner) and the RGB view (from the separate camera), we observed a near-perfect overlap. In addition to the excellent calibration, we released our new tool on the ROCK Desktop that provides a user-friendly camera alignment tool. Even if you've handled your system roughly (we're on a drone, after all), it's easy to recalibrate your system back to perfect condition. The ROCK Revolution: Beyond the Runway The success of this case study isn't an isolated incident. With our groundbreaking ROCK Surveyor technology, it is replicable in diverse terrains, whether it's surveying tricky terrain or inspecting power lines across California. At ROCK Robotic, we're pioneering the next generation of LiDAR technology, providing tools that are not just high performing, but also user-friendly and economical. Wrapping Up Well, folks, that's the wrap on our airport runway case study. From an impressive RMS of 0.034 ft to perfect strip alignment and a perfectly synced RGB camera, the ROCK R3 Pro and ROCK Cloud have proven that they are a cut above the rest. Whether it's for surveying tricky terrain or inspecting power lines, you can trust ROCK Robotic for accurate, reliable, and fast LiDAR solutions. Further Reading & Exploring If this case study has sparked your interest in ROCK R3 Pro and you're eager to explore its potential for your applications, we invite you to visit our online store for more information, detailed specs, and easy purchasing options. Experience first-hand how the ROCK R3 Pro can revolutionize your work with its groundbreaking precision and efficiency. For a more visual experience, you can head over to our Indiana Drones YouTube channel. We have a video that delves into the accuracy of the ROCK R3 Pro in an entertaining and informative style. Follow this link to watch the video. Remember, at ROCK Robotic, our mission is to make high-precision LiDAR accessible to everyone. Whether you're a surveying veteran or new to the world of drone mapping, our suite of products and solutions is designed to help you accomplish your goals faster, more accurately, and more economically. Feel free to contact us if you have any questions or need any assistance. We're always here to help. Until then, happy flying!

Understanding how to properly price your services is crucial to the success of any business. In the world of Drone LiDAR Surveying, two popular methods dominate: cost-based pricing and value-based pricing. But which is the right one for your business, and how do you implement it effectively? Let's delve into it! Cost-Based Pricing Vs. Value-Based Pricing First, it's important to understand the difference between these two methods. Cost-based pricing involves calculating the cost of each aspect of a job – materials, labor hours, and other expenses – and then adding a profit margin. This approach is straightforward but can leave money on the table, especially in a high-value industry like drone LiDAR surveying. Value-based pricing, on the other hand, bases the price on the perceived value of the service to the client. It’s about selling the outcomes and benefits, not just the raw service. In an industry as dynamic and high-tech as drone LiDAR, value-based pricing can more accurately capture the worth of the service being provided, leading to potentially higher profits. So, how can you switch to value-based pricing for your drone LiDAR business? Let’s break it down... Determining the Value of Your Drone LiDAR Service In a nutshell, the value you provide to your clients comes down to four key areas: Time Saving Increased Accuracy Safety Improvements Access to Difficult Areas Let’s consider the ROCK R3 PRO LiDAR camera for drones as an example. This advanced piece of technology can capture over 1,000 acres per day, compared to the 5 acres a traditional 2-man survey crew can cover. This staggering increase in productivity equates to significant time savings for surveying firms. Moreover, the accuracy of the R3 Pro is superior to traditional methods. Where a survey crew might take measurements every 25 feet, the R3 Pro captures over 300 points per square meter with an accuracy of 1-3 cm. In terms of safety, using a drone-mounted LiDAR like the R3 Pro allows surveyors to avoid hazardous areas and wildlife. Finally, drone LiDAR has the ability to access difficult, sometimes inaccessible, terrain. The R3 Pro can fly above dense vegetation and still generate a precise topographic surface using ROCK Cloud. To price your service, you need to evaluate how much these benefits are worth to your clients. For example, how much time and money can they save by using your service? How much is the increased safety worth to them? These are the factors that should guide your pricing. Discovering Your Pricing While setting value-based pricing, the next big challenge is to discover the right price that captures the true worth of your services. Here are some practical ways to do so: Reach Out to Local Survey Firms: A straightforward way to gauge the value of your services is by directly contacting local survey firms. They can provide insights into how much they're willing to pay for the benefits that your service offers. Engage in Industry Groups: There are online communities where professionals in your industry exchange information. For example, the Drone Mapping and Surveying Group on Facebook is a hub for experts to discuss industry trends, technologies, and pricing strategies. By participating in these discussions, you can get an idea of what companies are currently charging for similar services. Estimate the Cost of Traditional Methods: Another method of discovering your price point is by comparing it to the cost of traditional surveying methods. This can give you a baseline for setting your price. For instance, let's look at the cost of surveying a 300-acre area using traditional methods. It would take a 2-man crew approximately 30 days to complete the survey, considering they can cover 5-10 acres per day. If they are paid an hourly salary of $20, that equates to 30 days x 2 crew members x 8 hours/day x $20/hour = $9,600. In addition to field work, there is also desk time required to process the data. Let's say it takes one person three days at $45 per hour to process the data. That's an additional 3 days x 8 hours/day x $45/hour = $1,080. Add to this the transportation costs, equipment costs, and other overheads, and the total cost of the project can easily reach $15,000 to $25,000. Remember, this is the cost to the firm, not what they are charging their clients. Given this, if your drone LiDAR services can accomplish the same task in less time, with better accuracy and safer conditions, you can see how the value you provide can justify a premium price. This approach not only ensures that your prices cover your costs, but also allows you to capture the full value of your service. By effectively communicating this value to your clients, and showing how your services can save them time, money, and mitigate risks, you will be well on your way to setting a profitable, value-based price for your drone LiDAR services. Communicating Your Value to Clients Once you've established your value-based pricing, it's essential to communicate that value effectively to your clients. Focus on the benefits they'll receive from your services – the time savings, the increased accuracy, the improved safety, and the ability to access difficult areas. Showcase your technology and its capabilities. Using advanced tools like the ROCK R3 PRO and the ROCK Cloud platform for LiDAR data processing not only demonstrates your commitment to cutting-edge technology, but also the tangible benefits your clients can expect. Incorporate case studies or examples that demonstrate these benefits in real-world scenarios. For instance, you could point to instances where drone LiDAR surveying helped surveying firms save time and money, or highlight a project where your services were instrumental in safely accessing hazardous terrain. Consider adding such stories to your blog or including them in your project proposals. Conclusion Embarking on the journey of value-based pricing for your drone LiDAR business can be a transformative process. Not only can it increase your profits, but it also allows you to articulate the value you deliver to your clients more effectively. Discovering the right price can be a challenge, but by leveraging resources like local survey firms, online communities such as the Drone Mapping and Surveying Group on Facebook, and comparing costs to traditional methods, you can better understand and set your price. When you use state-of-the-art technology like our ROCK R3 Pro and the ROCK Cloud platform for LiDAR data processing, you're showing a commitment to delivering the best possible value to your clients. To learn more about drone LiDAR surveying, explore our ROCK Blog, or check out our ROCK Community page for answers to your pressing questions. To see the ROCK R3 PRO in action, be sure to visit our YouTube channel, Indiana Drones, where you can find plenty of useful tutorials and impressive demonstrations. We at ROCK Robotic are excited to partner with you on your journey into value-based pricing. Together, we can push the boundaries of drone LiDAR surveying, offering superior value to clients and shaping the future of the industry. Remember, at the end of the day, your goal is to provide your clients with the best possible service while recognizing the value of your hard work. Let us help you elevate your business to new heights. Ready to get started? Schedule a meeting with our team today to learn more! Visit rockrobotic.com now to learn more about the best technology available for aerial data collection.

At ROCK Robotic, our mission is to transform the world of LiDAR technology, making it more accessible and cost-effective for everyone. We are excited to unveil our latest development - the ROCK Cloud Business PLUS, a revolutionary upgrade designed exclusively for all new ROCK R3 PRO customers. “ROCK Cloud Business PLUS is set to change how you leverage LiDAR technology. With enhanced features and impressive affordability, it's here to redefine your LiDAR experience.” Amplify Your Capabilities The ROCK Cloud Business PLUS plan is not just an upgrade; it's a revolution, aimed at turbocharging your LiDAR data processing prowess. With this exceptional plan, you can now undertake up to 5 ROCK Surveyor projects every month, covering up to 20 acres per project. Should your project exceed this limit, don't worry, we've got you covered for the first 20 acres free of charge! This translates into an impressive $200 worth of processing included for free. For additional acreage, the fee is only $2 per acre for the ROCK Surveyor. This not only makes LiDAR data processing more cost-effective, but it also facilitates the management of larger projects with ease. Here's the Advantages The benefits of using ROCK Cloud Business PLUS extend beyond its cost-effectiveness and processing power. Here's why this plan is your best LiDAR partner: Quality Control and Assurance By LiDAR Experts One of the standout features of ROCK Cloud Business PLUS is that each of your ROCK Surveyor projects is QC/QA by our team of LiDAR Experts. This guarantees that the data you receive is meticulously vetted, perfectly processed, and of top-notch quality. By reducing errors, it saves you valuable time and resources. Dedicated Support for Your Deliverables At ROCK Robotic, we offer a complete solution to our customers. That's why, along with QC/QA, we also provide dedicated support on your deliverable. Our team of experts will guide you through your data, answer your queries, and provide insights to ensure that you understand every aspect of your deliverable. This level of support means you're never left guessing about your data and its implications. An Extension of Your Team With ROCK Cloud Business PLUS, you're not just choosing a software solution - you're choosing an extension to your team. Our LiDAR experts work closely with you, offering advice, expertise, and personalized service to ensure your project's successful completion. This level of partnership provides not just data but perfect results, every single time. Are you ready to enhance your LiDAR data processing capabilities? Embrace the future of LiDAR technology with ROCK Cloud Business PLUS. Visit our pricing page for more information and feel free to reach out to our support team if you have any questions. “With ROCK Cloud Business PLUS, you're not just investing in a processing software - you're investing in a partnership for perfection.” From surveying tricky terrain to inspecting power lines, ROCK Robotic provides the ultimate drone LiDAR solution. Visit our blog to learn more about the innovative ways our customers are using our technology in various industries. For those interested in expanding their capabilities even further, consider our ROCK R3 PRO LiDAR or ROCK R3 PRO w/ SLAM LiDAR. And don't forget to check out the store for the latest accessories to boost your LiDAR experience. Check out our various case studies to see how ROCK Robotic has helped businesses like yours transform their data collection and processing capabilities. And if you're new to the world of LiDAR, don't miss our comprehensive guide on LiDAR and surveying terms. "Together, let's redefine the way we leverage LiDAR technology. With ROCK Cloud Business PLUS, you're not just investing in a processing software - you're investing in a partnership for perfection."