3D Mapping

The latest generation of drones and cloud-based image processing put professional-quality aerial imagery into the hands of businesses and individuals in a way that is faster, and more cost-effective than ever before.

Drone Imagery 3D Mapping for Job Sites and City Planning

What can you do with aerial data? Your imagination is the limit.  Our users continue to surprise us every day with the ways that they use our services.  Learn what we do and how our users are harnessing the power of aerial data to bring big value to their businesses.

Two person drone crew with 3D mapping.

Survey grade accuracy can now be achieved using drones and photogrammetric software processing to render highly accurate 3D models. While drones will not eliminate the need for highly skilled surveyors, they will enable a significantly more efficient process to capture data, especially on job sites 5 acres to 500 acres in size.

Improve coordination with your construction team and subcontractors with Drone 3D mapping.

Struggling with coordination on your construction projects? You need a better way to ensure proper communication between all parties.

Drone 3D mapping provides an effective solution for improving collaboration and increasing accuracy – giving you a competitive edge in the industry.

Introduction to Drone 3D Mapping

Drone 3D mapping is a powerful technology used for creating highly accurate and detailed aerial maps. These maps, usually created using multispectral or thermal cameras attached to a drone, can be used to gain insights into the condition of your construction project and its progress over time. Drone 3D mapping provides an efficient way to capture data on an entire construction job site in detail so that better coordination among the construction team, subcontractors and other related parties can be achieved.

The use of drones with 3D mapping technology enables real-time monitoring of an entire job site with just one flight mission. The aerial photos are combined with different software applications to create high resolution orthophotos and very precise digital elevation models (DEM). These geographic maps are then used as base layers in Geographic Information System (GIS) software to generate reports on the current status of the project in order to identify potential issues and achieve better coordination on any work that needs to be done.

Additionally, it is possible to plan regular flights over the same area at different points in time, so that the progress of a project can be tracked over time using a single system. This allows for easier assessment of changes that take place through a project’s lifespan since all data is digitized for easy access and manipulation prior to it being added into reports or sent out for further analysis by anyone involved in this process.

Benefits of Drone 3D Mapping

Drone 3D mapping is a highly accurate and efficient tool for construction that provides many tangible benefits for teams and subcontractors. Primarily, it offers an effective way to monitor, plan and control the progress of a project in real-time. It can not only provide improved coordination between the construction team and subcontractors, but also enable seamless transition between activities. Additionally, it offers tremendous benefits in cost-savings by allowing more accurate estimation, ensuring accuracy of data and reducing data processing costs.

Using drone 3D mapping services on construction sites also presents greater safety advantages than traditional methods by allowing less personnel to be present at the job site. This minimizes potential hazards that may arise due to human error or unexpected timing changes caused by manual processes being used on the job.

Essentially, this technology removes several manual processes present in traditional surveying techniques such as staking by removing several steps from the workflow including set-up & take down time required for regular surveying equipment as well as manual data processing needed when using standard practices which requires less man hours and generates results faster . With these advantages of drone 3D mapping comes greater accuracy with minimal disruption resulting in an enhanced overall experience throughout every step from preconstruction to completion.

Challenges of Coordinating with Construction Teams and Subcontractors

Effective coordination between construction teams and the subcontractors they are working with is essential for successful project completion. Unfortunately, many of the traditional methods of communication used to coordinate these activities can cause inefficiencies and lead to costly mistakes. Drone 3D mapping technology can provide a cost-effective solution that facilitates better collaboration between stakeholders, resulting in improved productivity, cost savings and quality assurance.

The primary challenge facing construction teams and subcontractors is maintaining accurate communication across different disciplines while mitigating inaccuracies that could lead to delays or costly errors. Although traditional methods such as whiteboards, blueprints or Gantt charts remain popular choices for coordinating construction efforts, innovative solutions are needed to address the complexities of modern-day projects.

Drone 3D mapping addresses this challenge by combining photogrammetry with UAV imagery to create a detailed three-dimensional map of the construction site that allows users to identify areas where further work needs to be completed easily and accurately. This makes it possible for project managers to analyze the data quickly and conduct virtual walkthroughs from different angles without having to be physically present on site. This ensures all stakeholders have access to current information about each phase of construction throughout its duration, leading to better collaboration among team members and quicker resolving of any potential issues.

How Drone 3D Mapping Can Help Improve Coordination

Working with a construction team and subcontractors to plan and execute a project can be complex, and if you don’t have the right tools, it can be difficult to coordinate everything. Drone 3D mapping can help you keep your team organized by providing precise measurements, clear images of the project site, and detailed terrain models.

Drone 3D mapping uses photogrammetry to map physical objects like buildings or landscapes with aerial imagery captured from drones. The drone’s camera operates as an eye in the sky to capture hundreds or thousands of individual photographs from different angles that are then gathered into a comprehensive map using digital post-processing. These maps are precise and give an accurate representation of the site which can be used to measure distances between objects such as buildings or trees, calculate volume of land or materials, detect changes in terrain caused by construction activities, or compare topographical elements over time.

Drone 3D mapping is also helpful during pre-construction planning. Maps generated by drones provide high resolution imagery that allows planners to visualize potential issues before they happen on the job site; allowing them address them sooner rather than later. As construction progresses, drone 3D maps allow you to monitor progress without having someone on-site at all times. It is also highly useful for determining accurate measurements for foundations and framing that may not be accessible due to obstructions on some areas of the site.

Overall drone 3D mapping provides flexibility when coordinating a construction project teams projects from beginning to end with its high precision imagery , interactive visualizations, timely results and an overall cost savings in comparison with traditional surveying methods. Using these maps when making decisions will make any job faster, easier more collaborative experience for both internal teams as well as external subcontractors on any size project.

Best Practices for Utilizing Drone 3D Mapping

The use of Drone 3D mapping technology in the construction industry offers numerous benefits, including improved coordination between teams and subcontractors. While it can be intimidating to adopt a new technology, there are some best practices to follow that will help ensure success.

First, be sure you are familiar with any applicable laws and regulations governing the use of drones before investing in drone 3D mapping as a tool. Many jurisdictions limit the use of drones to certain areas or require them to follow certain procedures.

Second, when selecting a drone for your project, be sure it is equipped with all necessary components for the application. This includes the drone itself, equipment for capturing aerial imagery such as cameras or LiDAR sensors and compatible software for post-processing.

Third, make sure your team understands how to properly operate the equipment and interpret the data collected from Drone 3D mapping before deploying them on site. This includes understanding relevant safety protocols like maintaining suitable line-of-sight visibility at all times or notifying local airport authorities of planned flights in their vicinity.

Finally, post-processing is key for maximizing data accuracy and efficiency from Drone 3D mapping workflows. Ensure you have adequate staff members established who are trained in processing data into helpful visualizations such as photographic models or point clouds that can be used to more accurately plan projects and detect any potential boundary disputes or other issues ahead of time before construction has begun.

Examples of Successful Drone 3D Mapping Projects

Drones have been a revolution in the construction industry, providing new insights into project planning, job site analysis and workflow. However, drone 3D mapping is often the most overlooked tool for the sector, overlooked for its potential to improve coordination between construction teams and subcontractors. By leveraging this technology, teams can manage projects more efficiently, accurately plan outsite layouts and reduce risk.

To provide some context as to how drone 3D mapping can be beneficial on construction sites, we’ve outlined a few notable examples of successful projects below:

– One of the most well-known uses of drone 3d mapping was at Crossrail 2 in London. In order to make sure that everything was precise down to every millimeter and fit within the allocated budget and timeline constraints; BAM Nuttall used drone 3D imaging to measure and analyze topography without having to send employees into dangerous places such as nearby cliff edges or other unsafe sites.

– The University of California (UC) / Davis Medical Center also used Leica Geosystems DTAPS software to plan their new 400-bed hospital with ease— by relying on precise aerial image data collected by drones instead of traditional methods such as surveying with drones data was collected both cost effectively and in minimal time frame (2 weeks).

– In 2017 British Telecom conducted a trial at Aberford in England where they used cutting edge tech including facial recognition systems powered by drones equipped with motion sensor cameras which were then mounted above various service equipment pieces throughout it’s customer premise locations. This helped British Telecom detect any issues at customer devices that could affect service quality quickly and easily without ever sending an engineer onsite for inspection; thus saving time money for both customer premises device maintenance but also reducing downtime concerning services customers had paid for respectfully!

Potential Issues with Drone 3D Mapping

Before utilizing Drone 3D mapping, it is important to understand any potential issues you may face with this technology. These include:

• Language and Timezone Barriers – If the construction team or subcontractors are located in different parts of the world, there may be language or timezone barriers that can make communication difficult.

• Technical Limitations – Depending on the type of drone used, they may be limited in size or features. This will affect the types of data and images collected.

• Regulatory Uncertainty – In some countries, drone usage is heavily regulated. Understanding the applicable laws and regulations is key to ensure compliance throughout a project.

• Data Storage Challenges – Storing Drone 3D map data can be resource-intensive depending on its volume and size. It’s important to keep track of all stored data to ensure maximum efficiency of operations as well as for backup purposes.


To sum up, Drone 3D mapping offers a convenient and cost-effective way to improve coordination among members of your construction team as well as subcontractors. With its ability to provide an accurate 3D model of the project from every angle and detail, these maps allow you to easily adjust plans and make upstream adjustments that can avoid conflicts downstream.

Additionally, it allows for improved collaboration with remote users and can help increase the efficiency of the entire project. By investing in the modern drone 3D mapping technology for your construction team, you can realize significant cost savings and faster job completion times.

Rob Haller, Drone Navigator