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RTK measurement usually refers to mobile measurement devices using RTK technology. Use a GNSS receiver to connect to the CORS system through a radio station or network to perform RTK positioning. At the same time, a centering rod with a specified length is used to collect real-time high-precision coordinates of the bottom point of the centering rod, such as the collection of control point coordinates, fragment points, drawing root points, etc., and drawing lofting, etc.

With the acceleration of urbanization and the improvement of people's living standards, the night economy has become an important part of urban economic growth. The "2022 China City Night Economy Impact Report" was released on August 5 last year. The "Report" stated that the night economy has become an emerging space-time field for the transformation of Chinese urban functions, and a "golden key" to stimulate consumption and boost the economy. 
In the future, the development of the night economy will usher in a "new five years" full of opportunities. Third- and fourth-tier cities will become the main force in the growth of the night economy. Going to the countryside to "build clusters" and "enter the circle" is a new step in the development of the urban night economy. According to the trend, China’s world-class night economy opportunities are coming. To enable the night economy to flourish, it is necessary to play three distinctive trump cards: technology, culture, and brand.

As the leader in surface autonomous driving technology and the pioneer of unmanned environmentally friendly ships, is the first in the industry to launch a "smart water operation and maintenance" solution. Its application covers five major fields: smart water affairs, smart water conservancy, smart environmental protection, smart sanitation, and smart water ecology.
SMURF, TITAN, MoShark, high-efficiency large-scale cleaning ships - Zhiduoqing's series of environmentally friendly ship products are constantly being launched in new waters, providing more intelligent solutions for the maintenance and management of urban rivers, lakes, reservoirs, docks and other water areas.

SLAM2000 is another industry -grade laser scanner innovatively developed by Foxtech Robot. This device uses a hemispherical non -heavy -modularly scanning laser sensor, combined with rotating gimbal platforms to achieve 720 ° without dead angle cloud coverage; new visual camera can be added to introduce visual SLAM algorithms, which can effectively enhance the three-dimensional reconstruction adaptability of weak structural features; Foxtech Robot industry -grade SLAM algorithm, truly realizes super free scene adaptation and high -precision sweeping and fast construction, providing efficient and accurate solutions for 3D mobile measurement requirements.

According to reports, a batch of gold and cultural relics were recently stolen from the British Museum's warehouse. The cultural relics span from the 15th century BC to the 19th century AD. This theft has caused incalculable losses to both the British Museum and global culture.

D-OP5000 is a five-lens tilt photography module with a 126-megapixel APS-C format independently developed by Foxtech Robot. Compared with the previous generation product, the performance of D-OP5000 has been fully upgraded, with more outstanding imaging quality, more efficient and faster internal and external processing efficiency, and combined with the Foxtech Robot intelligent flight platform, the oblique photography application experience has been fully upgraded.

This article mainly introduces the application of the Headwall Co-aligned400 ~ 2500nm hyperspectral imager mounted on the Foxtech Robot V10 and D20 drones. The Foxtech Robot V10 and D20 models have well solved the application problems of large-load and long-endurance flight platforms. Let the popularization of large-area, high-quality hyperspectral applications be realized. Hyperspectral data is widely used in many fields such as agriculture, forestry, military, geology and mining, emergency response, and land planning due to its characteristics of flexibility, high resolution, and operation under the cloud. Foxtech Robot V10, D20 UAV + hyperspectral imager, imaging and scanning in the working area can quickly acquire reflectivity data of ground objects, and use the imager's built-in high-precision inertial navigation (IMU/GPS) to correct imaging distortion, thereby achieving lossless, original Identify ground objects efficiently and accurately.

At present, more and more Chinese companies are developing overseas. According to Amazon data, in the past three years, the number of brand sellers from China on Amazon has nearly tripled. More domestic companies hope to enhance their brand power and achieve long-term development by going overseas.
When Chinese companies want to go abroad, a big problem they face is how to shape brand recognition in the global market and carry out localized marketing.

D-LiDAR2110&2210 is another series of miniature airborne lidar payloads developed by Foxtech Robot based on its own MTC technology. This series of equipment continues the design concept of Foxtech Robot's micro-airborne lidar payload. It uses limited hardware and high-precision algorithms to create a highly reliable and low-cost engineering tool to provide customers with high-precision and high-quality surveying and mapping results.

With the advancement of the construction of real-life three-dimensional China and the rapid development of AI technology, policies, regulations, technical specifications and other documents surrounding the construction of real-life three-dimensional China have been released one after another in recent years. In July 2023, the Ministry of Natural Resources issued the "Overall Implementation Plan for the Construction of Real-life 3D China (2022-2025)" document stating that real-life 3D is a real, three-dimensional and time-series spatial and temporal information that reflects human production, life and ecological space. It is an important new infrastructure for the country and will greatly promote the transformation and upgrading of digital cities into smart cities.