Training

In the world of GNSS (Global Navigation Satellite System) surveying, precision and efficiency are crucial. Two of the most widely used methods are RTK (Real-Time Kinematic) surveying and Static surveying. 

When you're working in surveying or mapping, accuracy is everything. Even a small measurement error can affect your results. One common cause of such errors is a misaligned or uncalibrated survey pole.

When working on CAD stakeout, you may sometimes find that the CAD map coordinates don't match the actual location on the ground. This mismatch can lead to errors, wasted time, and frustration.

Whether you're out in the field or working remotely, efficient data sharing can make a huge difference in your workflow. 

Whether you're a surveyor in the field or a beginner learning how to use ApekSurv, exporting your collected data is a key step in the workflow.

Resetting a CS3i data controller to factory settings will invalidate your current software activation.

In this post, we'll walk you through the simple steps to register the APEKSURV software. 

In this tutorial, we'll walk you through how to download static data from your APEKS device and convert it into RINEX format using the GNSS Data Converter tool. 

In this post, we'll show you how to register your device in just a few easy steps. There are two methods you can use

Laser survey and AR stakeout are powerful tools for improving accuracy and efficiency in the field. With the AP30 Laser, you can easily perform point surveys and stakeouts using both laser targeting and augmented reality.

Photographic surveying allows you to quickly capture data from the field using video and images. With the AP50 Vision, the process is simple, efficient, and highly visual.

If you're working on earthwork or asphalt paving projects, you probably know how important accurate volume calculation is. But have you ever been off by thousands of cubic meters? It happens — and the consequences can be serious: