CustomerProjects

Imagine trying to choreograph a group of robotic swans to perform a delicate ballet on water. That’s exactly what Loomaland, a studio known for blending art with technology, set out to achieve with their CYGNUS project. However, what happens when technology falters in the face of environmental challenges? The initial performance on Lake Lucerne was […]

Precision design and monitoring of food forest with GNSS What is a Food Forest and how GNSS can help? Food forests are biodiverse production systems designed to work like natural forests, with 30–80 types of crops grown together in a planned layout. Managing these complex systems needs precision, and that’s where GNSS technology steps in.

Accurate GNSS compass and antenna pointing system for your boat Have you been thinking about adding an precice navigation system to your boat but are worried about the cost? High-quality GNSS compass systems typically range from $3,000 to $5,000, putting them out of reach for many. Good news—you can now put together a precise system

At Ardusimple, we pride ourselves on empowering our customers to harness the full potential of RTK technology in innovative ways. One such application is vividly illustrated through our collaboration with a customer who has seamlessly integrated our RTK Handheld Surveyor Kit with Arcoda Next software, to revolutionize the way network infrastructure is digitized and managed.

In the civil engineering, safeguarding the structural integrity and safety of bridges is paramount. Real-Time Kinematic enables the detection and precise measurement of even the slightest movements or deformations within bridge structures. Monitoring world’s longest walking bridge with the help of ArduSimple A notable application of ArduSimple RTK system in bridge monitoring was demonstrated during

It has long been recognised that volcanoes and in particular its calderas deform as fluids migrate. The Rabaul Caldera in Papua Guinea is a type example of a caldera that undergoes complex and occasionally rapid deformation. Monitoring these deformations with RTK technology is not something new, but historically has been an expensive task not affordable

Before a road or other heavy construction is built, the ground needs to settle first. To do this, a heavy layer of sand is placed on top of the original ground. Without this process, the ground would settle after a structure is being built on it, causing the construction to break. This settlement must be

In 2020, Professor Michael E. Hodgson, from the Department of Geography, University of South Carolina, Columbia, SC, USA completed a rigorous field test evaluation of the Ardusimple simpleRTK2Blite Starter kit (ZED-F9P based) operating in RTK mode on the South Carolina Virtual Reference Network (SCRTN). The receiver and antenna were the stock items received with the

Today we are presenting to you a customer product developed around simpleRTK2Blite: the ultracompact RTK receiver for pole mount including GIS application from GIS4Mobile. It is light: 170 grams, so it can fit in your jacket’s pocket. The built-in battery is 2.6 Ah, and lasts for at least 10 hours of work. Power switch. Accuracy

Today we are happy to share this customer project that makes use of u-blox ZED-F9R: GNSS RTK and 6-axis IMU fused together to achieve centimeter-level accuracy outdoors, while keeping decimeter-level accuracy inside short tunnels and meter-level accuracy in longer tunnels. Jim Gayes has been a Google Trusted Partner, capturing Google Street View imagery of outside