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CustomerProjects

High-precision GNSS integration for Raymarine autopilot via NMEA 2000

High-precision GNSS integration for Raymarine autopilot via NMEA 2000

Table of contents A sailing yacht equipped with a Raymarine EV-100 autopilot has been successfully upgraded with a high-precision GNSS system based on an ArduSimple receiver and CAN bus (NMEA 2000) interface. The system is currently installed and operating on board. It provides GNSS positioning data directly to the vessel’s NMEA 2000 network, where it […]

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customer project how to use RTK for soil and water cycle survey

Soil and water cycle survey using RTK and QGIS

Survey objective: precise mapping of drainage and soil conditions Across several Finnish municipalities, the Maa-Akatemia (Soil/Land Academy) team studied how water moves through farmland and how soil structure influences it. Their goal was to give farmers and local authorities clear maps showing the condition of drainage systems and soil health — two key parts of

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How GNSS RTK help forestry machines drive stable on rough terrain

How GNSS RTK helps forestry machines drive stable on rough terrain

Researchers at Umeå University tested how RTK GNSS can support artificial intelligence (AI) control systems in large forestry machines (full article is available here). The goal was to check if a vehicle control system trained only in computer simulation could work directly on a real 31-ton forestry forwarder without further tuning — a process called

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Portable 3D tracking system to test agricultural robots in the field

Portable 3D tracking system to test agricultural robots in the field

The challenge: how to test autonomous robots reliably Testing autonomous agricultural robots is not easy. Farmers and researchers need to know if these machines can work safely and stay inside defined areas (geofences). Existing test setups were limited: they were fixed in place, could only track one object, and did not work well in real

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affordable solution for kinematic mapping using spherical camera and GNSS/RTK

Low-cost alternative to mobile scanners: mapping with 360° camera and GNSS

Why cheaper mobile 3D mapping tools are needed Professional mobile scanning systems are accurate, but often cost over €50,000 like Faro Orbis mobile scanner. This makes them too expensive for small teams or schools. There is a need for affordable alternative systems that cost around €1,000, are portable, easy to use, accurate, and work with

Low-cost alternative to mobile scanners: mapping with 360° camera and GNSS Read More »

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