Joyton | 九天创新科技

Background

Geographic information acquisition is widely applied to the economic development and national defense construction and is of indispensable importance.
It is a must to gather detailed geographic information and measure the terrain and topography in the course of planning, management and construction concerning urban and rural construction planning, use of state-owned land resources, forest right definition, environment protection, geological exploration, mining, hydraulic engineering, transportation and so forth.
Traditionally, geographic information is acquired by manual field measurement or by a big plane with cameras, while which is low-efficient, requires long period length, high cost, and lacks of detailed information about complicated roads; and the results acquired might be simple, incomplete and inaccurate.

What Our UAVs Can Do

Joyton Radius (fixed-wing) with an optical stabilized lens (18.2mp) is designed to facilitate traditional manual field acquisition of geographic information. UAV aerial information acquisition system is now an important approach to acquiring spatial data, characterized by such advantages as fast, efficient, flexible, precise, accurate, low-cost, widely applicable and able to make inspection in confined areas, small areas and areas where it is hard for normal flight. UAV aerial photogrammetry system can collect high-resolution aerial photographs to create high-precision orthophoto maps and DOM.

What Our UAVs Will Bring You

Joyton Radius system employs state-of-the-art science and technologies, remote sensing, telemetering, remote control and so on, which capacitates it to gain accurate topographic maps by aerial remote sensing photography on all kinds of state-owned land for construction and agriculture and undeveloped land, fully improving the level and efficiency of investigation and monitoring of state-owned land resources and reducing man-made interference. It is also helpful for avoiding being given false or concealed materials of state-owned land resources, thus to acquire accurate and precise terrain and cadastral information.

Practical Applications

| Land right definition

Traditionally, regarding land right definition, people usually use tapeline or total station to make measurement on the land, which will not be beneficial to get sophisticated and accurate data nor avoid damaging cropland and crops. Joyton Radius with an optical stabilized sensor system (18.2mp), with the aid of the ground station software system, is able to directly plan flight path within the target range, so that it can face and film the land at a low altitude to acquire images, based on which, point cloud data will be worked out after those images are processed by professional software, and then texture will be generated. Hence, we will get orthophoto map model of land with different high-precision scales such as 1:500, 1:1000 and 1:2000, which provides accurate geographic information for confirming land rights and enhances the accuracy and efficiency of land right definition.

| Urban planning

As Joyton Radius can rapidly gain ground and surface data, we can fast and efficiently gather geographic information and generate a full-fledged GIS for decision-maker to make long-term plan for rational use of land.