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Total stations are vital tools in surveying and mapping, prized for their precision and adaptability. Mastering basic adjustments like system language, coordinate display, and units is essential for tailoring the instrument to your exact requirements. Drawing from our experience supporting TS1000 total station users, we've summarized some common settings in this blog to ensure your total station aligns perfectly with your needs.

In precision measurement projects, the seamless integration of total stations and GNSS equipment is essential. Surveyors often find themselves balancing the use of total stations for accuracy in heavily obscured satellite signal areas and GNSS equipment for swift and precise measurements in open spaces. However, the combination between these two systems can introduce errors in the form of inconsistent grid coordinates from GNSS and ground coordinates from the total station.

To obtain higher efficiency, nowadays more and more large-scale projects combine total station and GNSS receivers to complete complex survey tasks. But in this case, the most troublesome thing is the subsequent processing of point data in different coordinate systems. If data problems are found after processing, users may even need to do some re-measurement.

How are your stakeout tasks with traditional total stations? Repeatedly observe and then instruct the prism operator to the right position? Or even use the intercom for communication? Today we will introduce you a new function to largely simplify your stakeout tasks!

The total station integrates the functions of angle measurement, distance measurement and height difference measurement, and has three modes of angle measurement, distance measurement and coordinate measurement. It is one of the most practical and functional measuring instruments.

With the development of the surveying industry, the mainstream surveying instruments on the market mainly include two types, one is the representative of traditional optical surveying - total station, and the other is the representative of emerging satellite-based surveying - GNSS RTK receiver.