Orthophotomap from a drone in the cloud, check out the benefits!

Orthophotos are special types of maps that are created by processing aerial or satellite photos. They are an accurate representation of the terrain, which means that the distances and dimensions on an orthophoto reflect the actual proportions on the ground. Such maps are invaluable in many fields, such as surveying, urban planning and natural resource management. Taking an orthophoto from a drone allows for precise and up-to-date information about the area and the state of land use. With the use of drones, the process of creating an orthophoto becomes faster, more efficient and less costly compared to traditional methods.

Orthophoto mapping from a drone isn’t just about impressive aerial photos. With modern tools, using advanced drone technology, you can now create advanced maps and terrain models, all easily, right in your web browser. Learn how you can use these technologies to gain time, improve team communication and enhance your services.

Do you take photos and videos from a drone? Would you like more? Do you have a drone? Develop your competence and earn more! Wondering how to do it? Start with orthophotos from a drone. With it you can increase your offer and attract new customers.

Do you have a drone and want to start earning money by making maps on construction sites? In this article, we’ll show you how you can easily start creating orthophotos from raid images and other photogrammetric studies that you can share with clients in the cloud.

I have a drone and want to do a photogrammetric raid, but I don’t know how to go about it. Check out our step-by-step guide that will walk you through the process.

Orthophotos are widely used in various fields. In urban planning, they enable accurate analysis of land for development, which is crucial for efficient land use. In precision agriculture, they help monitor crop health and optimize the use of pesticides and fertilizers, resulting in higher yields and lower costs. Forestry uses them to manage forest resources, enabling precise planning of cuttings and plantings. In surveying and mapping, orthophotos are used to create detailed maps and terrain models, which are the basis for many engineering projects. In addition, in emergency management, such maps are used to plan evacuations or analyze the effects of natural disasters. Orthophotos from a drone are useful in disasters such as floods and fires, providing detailed data on the damage to a location.

Doing photogrammetric studies, you have probably encountered the problem of transferring gigabytes of data to clients. Orthophotos, numerical terrain models, point clouds are often large data sets. Sharing them with clients can be cumbersome, especially if you have to use external platforms such as Google Drive. What’s more, clients often have trouble displaying the results of studies in their respective programs, leading to additional problems and frustration.

When taking orthophotos from a drone, safety and data protection are key aspects. Before launching an aerial mission, review the area to be photographed and carefully analyze weather conditions. Ideal conditions are cloudless skies and no wind. It is advisable to avoid flying in rain or high winds. Once the data is collected, it should be processed in specialized software that automatically recognizes common points between photos and eliminates perspective distortions. A point cloud is then created to build a three-dimensional terrain model. The next step is to generate a numerical terrain model (NMT) and overlay it with textures from the original photos. All data should be secured and stored in a manner consistent with security requirements to ensure its integrity and confidentiality.

Submitting an orthophoto is just the beginning. Customers often also need a point cloud, which requires repeating the entire process. Unfortunately, such solutions consume a lot of time, and customers can feel dissatisfied when they have to learn new programs that often do not meet their expectations.