GPS/GNSS receiver
Use your mobile device for data collection or stakeout and work in all kind of surveying and civil projects.
Surveying the Future
Easily perform all types of data capture, survey and stakeout work using GPS/GNSS receivers.

Complete solution in CAD, which allows you to model the terrain of a plot of land to elaborate road or urbanization projects.
Use point clouds from scanner, LiDAR or photogrammetry, as well as orthophotos, digital elevation models and aerial images in your projects.
Execute easily and accurately the construction of tunnels for roads, railroads, subways and mines, with total station or 3D scanner.
In Aplitop, we offer tailored solutions to various sectors, such as water and energy, cadastre, building, civil engineering, environment, and many others.


Very useful and easy to learn how to use.
Diedro Análisis Técnicos, S.L.
Because I use it all the time and it is my working tool.
Freelancer
All the solutions offered by our company must meet the requirement of being world-class solutions, and Aplitop is no exception. Its various software applications include tools that are easy to implement. In addition, Aplitop has the vision of continually improving with strong first-line support, and being available in our language is a great plus for all Spanish-speaking users.
Very satisfied with the support service. Thank you. I would undoubtedly recommend the tcpMDT application.
Aplitop solutions allows us to have powerful software with a competitive budget. Our main clients are surveyors or design offices, but other unique clients such as NATO are also part of our customer base because the TcpMDT solution allows them to create a DTM in the field, contour lines, and color gradients according to measured slopes.
I am truly satisfied with the technical support, not only now, but because you have maintained a high level for years. Congratulations to the entire team for your work.
The project consisted of the assembly of solar modules for the photovoltaic plant in Billeberga, Sweden. 1,800 points were staked out to locate the double pilings or drives of the fixed metal structures. The difference between the front and rear pilings had to be 45º, so that the panels had the same inclination, and always oriented towards the south, in order to achieve the best light capture.
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