Modern drone systems are clearly superior to conventional surveying technology: They fly over large areas within a very short time - even in terrain that is difficult to access, they accelerate data acquisition and offer the highest precision in surveying and creating terrain models.
Photogrammetry is a non-contact and mobile method for object recording. With the help of high-resolution photographs, a two- or three-dimensional georeferenced documentation with a high degree of detail is created.
Covers large areas and is a true price/performance champion for mapping projects thanks to full-frame camera.
High payload and aGimbael make this solution a versatile all-rounder for surveying tasks and 3D photogrammetry
High payload, stable flight attitude and very good camera resolution with interchangeable lenses: this system leaves nothing to be desired.
LiDAR systems emit laser pulses and detect the reflected light - the distance is calculated from the light travel time. High-resolution point clouds and three-dimensional object images are created as the basis for the most accurate surveys.
The high accuracy of the lightweight LiDAR scanner makes this package a price-performance tip for surveying projects.
For advanced users: with an accuracy of 2cm, the LiDAR scanner of this solution together with the integrated 24MP camera provides colored point clouds.
Precisely: a long-range 360° LiDAR scanner combined with a fast APS-C camera ensure precise results with an accuracy of up to one centimeter.
In the shortest possible time, a drone flies over a large area and delivers precise data. You determine the flight area and the measurement parameters in advance, and the drone automatically flies the previously planned route. Compared to conventional surveying, drones work much more efficiently, save a lot of time and deliver highly accurate georeferenced data.
Drone technology offers a highly accurate and easily accessible database for aerial surveys, mapping and other geoinformation. The flight altitude - known as the ground sampling distance - determines the desired amount of data. The use of ground control points further increases the accuracy. High-precision sensors and modern software make the work of geodata professionals easier.
After the flight, the captured data together with the GPS information from the drone are transferred to post-processing software. The measurement data are highly accurate and, depending on the technology, are available as orthophotos, 3D images or point clouds. With the help of various software solutions, the results can be further processed professionally.
Depending on the requirements, the systems of the drone are configured individually. Within an application, each solution offers a lot of flexibility. If the requirements change, Exabotix can very quickly make adjustments to the configuration through its service and manufacturing on site in Germany. Thus, the drone remains a high-quality and professional working tool for a very long time.
Thanks to automatic or semi-automatic flight operation, you work with the utmost safety. Even projects in hard-to-reach areas or in dangerous terrain are no problem. Sites can be safely surveyed during construction - workers and machines can continue working while the required data is collected.
You are unsure which aerial survey solution fits your task? We have put together packages that cover numerous different requirements. We will be happy to support you in selecting or putting together the service package that is right for you - from planning and flight to data processing, display and evaluation of the results.
Arrange a no-obligation consultation for your surveying project? Together we will find out what you need and how you can best and most cost-effectively implement your project.
Trust in systems made in Germany and in professional service - at Exabotix you get all services from one source. What should your solution be able to do?
