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In RTK surveying, achieving a Fixed solution is always the first priority before conducting any surveying or stakeout task. In addition to correct configuration, sometimes we may still face challenges in obtaining a stable fixed solution under certain conditions.

In previous posts, we introduced how Orion ONE combines AR and laser technologies to bring smarter solutions to the field. While AR stakeout provides intuitive directional guidance by overlaying point locations onto the real world through the camera, the built-in laser offers another layer of convenience in stakeout. But how exactly can the laser be used in stakeout? Let's take a look.

With advancements in GNSS technology, GIS professionals now have multiple positioning methods to enhance data collection efficiency and accuracy. But how do you choose the right mode for your specific needs? In this blog, we break down the differences between CORS, PPP, and SBAS work modes, compare SingularXYZ's GIS solutions, and provide step-by-step tutorials to help you optimize your workflow.

In daily surveying, quickly understanding your GNSS receiver's status is essential for efficient operation. While software interfaces provide detailed insights, the front panel indicators and buttons on your receiver offer a fast, convenient way to check essential information such as satellite tracking, correction data reception, and battery levels.

One common questions that our support team been asked about is dealing with coordinate mismatches between design drawings and RTK measurements. For examples of our recent cases:

If you're using the Z1 GNSS receiver, there may be times when you need to access its web page to download static data, update firmware, or make other settings adjustments. However, unlike other SingularXYZ receivers, the Z1's Bluetooth and WiFi cannot operate simultaneously. This means that in order to access the Z1 web page, you'll need to switch to WiFi manually.