Aplitop, Solutions for Surveying and Civil Engineering - list-products

This video is about how to configure TcpGPS to work with the new tilt compensation function of EMLID Reach RS3 receiver.

TcpGPS allows the connection and configuration of GNSS equipment based on u-blox ZED-F9P. This chip is present in a wide variety of receivers that, with our app, can be configured to work in RTK using the mobile data of your Android device.

TCPGPS allows skills for working with attributes, organized by layers and related to the measured points, providing great capacity for the management of geospatial data and complementary information.

When creating a project it is necessary to indicate the coordinate system, for this, depending on the indicated location, the usual CRS for that area are filtered. It also allows you to establish a default coordinate system so that it is applied to each new project.

The TCPGPS background map uses three maps from the Esri Map Base, Topographic, Street, and Satellite, and/or a specific WMS. You can toggle between them, or disable them if you want.

In TCPGPS you can toggle between two types of menus, the classic side menu and the button menu. Likewise, it is possible to simplify if desired, hiding the commands that are not used.

In this video we are going to see how to control the slopes of a road.

In this video we are going to see how to stake out the cross sections of a road.

In this video we are going to see how to stake out the alignment of a road.

In this video we are going to see how to edit the TcpGPS point codes database with a spreadsheet. This is very useful when you need to create tens or hundreds of different codes.