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Tutorials

Tutorial how to create accurate 3D photogrammetry maps using GCPs and non-RTK drone

How to create accurate 3D photogrammetry maps using GCPs and a non-RTK drone?

This tutorial is designed for professionals and hobbyists who need accurate 3D terrain or site maps but does not own expensive drone with RTK module. This guide will show you how to achieve centimeter-accurate maps using a standard (non-RTK) drone, ground control points (GCPs) and photogrammetry software. Unlike RTK-enabled drones, which embed georeferenced data with […]

How to create accurate 3D photogrammetry maps using GCPs and a non-RTK drone? Read More »

integration of u-blox ZED-F9P GNSS/RTK receiver into ROS 2 Jazzy

How to integrate u-blox ZED-F9P GNSS/RTK receiver into ROS 2 (Jazzy)

This tutorial explains how to integrate the u-blox ZED-F9P RTK GNSS receiver with a robot running ROS 2 (Jazzy). You’ll learn how to connect the hardware, configure the receiver, set up a ROS 2 workspace, and launch the necessary nodes to receive and process high-precision GPS data with RTK corrections via an NTRIP service. By

How to integrate u-blox ZED-F9P GNSS/RTK receiver into ROS 2 (Jazzy) Read More »

How to use Ardusimple Kit on Surpad cover

How to connect ArduSimple kit to SurPad for your surveying projects

If you’re a land surveyor, construction professional, or engineer using SurPad for your surveying and mapping projects, this guide will walk you through the step-by-step process of connecting your ArduSimple RTK kit for easy integration and centimeter-level accuracy. SurPad supports external GPS/GNSS receivers and has a built-in NTRIP client, allowing you to receive real-time RTK

How to connect ArduSimple kit to SurPad for your surveying projects Read More »

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How to get started with RTK on ArduPilot (and dual antenna heading too)

Get started with Ardupilot If you’re developing a project related to unmanned vehicles like drones (UAVs), rovers, boats, or even submarines, enabling autonomous navigation requires integrating autopilot with a precise GNSS/RTK location system. While the integration process can be challenging, we have prepared this article to help you to get started. What are ArduPilot, Flight

How to get started with RTK on ArduPilot (and dual antenna heading too) Read More »

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How to install a low cost base station for your DJI RTK drone

How to install a low cost base station for your DJI RTK drone Precision GNSS positioning is crucial for drone operations requiring centimeter-level accuracy, such as mapping, surveying, and agriculture. In areas without NTRIP services or stable internet, setting up a base station becomes necessary.  DJI’s RTK system provides real-time correction data for precise positioning,

How to install a low cost base station for your DJI RTK drone Read More »

How to configure triple-band Septentrio GNSS receiver and connect it to ArduPilot

Content In this tutorial we will guide you through the steps of how to connect simpleRTK3B Pro  receiver powered by Septentrio Mosaic-X5 to ArduPilot.  Required hardware simpleRTK3B Pro Lightweight helical GNSS Tripleband + L-band antenna (IP67) SMA antenna RF cable extender (these items are needed particularly for helical antenna) USB to USB-C cable USB to

How to configure triple-band Septentrio GNSS receiver and connect it to ArduPilot Read More »

The differences between RTK and PPK. Which method is best for your use cases?

Achieving centimeter-level GNSS accuracy? It’s all about choosing the right method—Real-Time Kinematic (RTK) or Post-Processed Kinematic (PPK). Our new video dives into the technical differences to help you decide which is best for your project. We’ll look at distance limits, error detection, setup time, and data post-processing requirements. Discover why RTK has a 35 km limit

The differences between RTK and PPK. Which method is best for your use cases? Read More »

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How to set up the simpleRTK3B Compass with the Unicore UM982 in ArduPilot for high-precision GNSS heading

In this tutorial we will guide you through setting up the simpleRTK3B Compass (powered by the Unicore UM982 RTK module) to provide high-precision GNSS-based heading in your ArduPilot project. Required hardware: simpleRTK3B Compass 2 × Lightweight helical GNSS Tripleband + L-band antenna (IP67) 2 × SMA antenna RF cable extender (these items are needed particularly for helical antenna)

How to set up the simpleRTK3B Compass with the Unicore UM982 in ArduPilot for high-precision GNSS heading Read More »

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