Compared with the traditional manual ship equipped with multi-beam equipment to scan bridge piers, this solution has the advantages of high integration, lightness and compactness, safety and unmanned operation, and low operating cost.
Compared with single-beam systems, the data collected by multi-beam measurement systems are more detailed and intuitive. This technology will be increasingly used in future underwater terrain surveys.
It explains how video measurement RTK achieves fine-grained 3D modeling of the internal and external structures of the pavilion
Total station. It is a high-tech measuring instrument that integrates optics, machinery, and electricity. It is a surveying instrument system that combines horizontal angle, vertical angle, distance (slope distance, horizontal distance), and height difference measurement functions.
Aerial and underwater collaborative operations provide accurate and reliable data support for emergency rescue missions
Are you looking to cut costs and boost efficiency in your surveying projects? At RTKMAX, we know that achieving these goals is crucial for success in the competitive world of construction, mining, and land surveying. The secret lies in choosing the right survey instruments that offer high quality at an affordable price.
Are you intrigued by the precision of RTK (Real-Time Kinematic) positioning but puzzled about how its base stations work? Understanding the setup of RTK base stations is crucial for accurate and efficient surveying. Let’s break down the principles behind this advanced GPS technology.
Regarding how to improve the RTK surveying accuracy in surveying work and how to verify the RTK accuracy, this article discusses it from theoretical knowledge and practical project cases.
Are you struggling with ionospheric disturbances affecting your RTK surveying accuracy? You’re not alone. Many surveyors are facing similar issues, leading to questions about which RTK method is best during such conditions. Let’s dive into the differences between the “1+1” and CORS methods to help you make an informed decision.
The commonly used RTK projections are divided into three types: Gauss projection, Mercator projection, and Lambert projection. In the following text, let me introduce these three projections in detail.
This study uses the Leica 3D RTC 360 laser scanner to analyze the deformation of the steel structure in the factory, and employs point cloud technology for accurate distortion assessment.
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