Surveying and mapping industry_Shiya Low Altitude Technology (Tianjin) Co., Ltd

Surveying and mapping industry

Given the limitations of existing optical instruments, mechanical equipment, and manual operations in completing surveying tasks, a hybrid combination of fixed wing and multi rotor unmanned aerial vehicles is adopted, equipped with high-definition zoom pods, infrared thermal imaging equipment, oblique photography and camera equipment, laser radar, precise positioning equipment, etc. The "air ground integration" coordinated shooting mode is adopted to comprehensively cover, accurately shoot, collect and process data from multiple industries and fields such as cadastral terrain, land use, and urban overview.

Traffic engineering surveying and mapping

By utilizing equipment such as high beam pods, airborne radar, multispectral cameras, etc., high-precision 3D spatial information and high-resolution true color image information can be quickly obtained. High precision digital elevation models (DEM), orthophoto maps, 3D reconstruction maps, etc. can be generated in fields such as road engineering, bridges and tunnels, railways and rail transit, and traffic flow and planning, thereby promoting the intelligent and three-dimensional situation of transportation engineering surveying and mapping.

Surveying and mapping of urban underground pipe galleries

The drone adopts SLAM (Simultaneous Localization and Mapping), LiDAR, and VINS (Visual Inertial Navigation System) technologies, and is equipped with ultrasonic waves Infrared or 3D cameras, fill light instruments, and other equipment rely on unmanned aerial vehicle relay communication networks or wired communication networks to conduct comprehensive and high-precision measurements of urban underground pipe galleries Painting.

Mining surveying and mapping

Drones use route design software, equipped with high-definition optical cameras, multispectral cameras, and LiDAR equipment, to perform high-precision and efficient terrain data acquisition and 3D modeling of target mines. The periodic flight of drones and real-time feedback of data can monitor changes in ore bodies, slope displacement, etc., achieving dynamic monitoring of target mines. The data information returned by the drone is processed by the data center to generate orthophoto (DOM), digital surface model (DSM), and 3D real model, which provide great support for smart mine operation and maintenance in volume measurement, slope monitoring, and resource management.

Architectural surveying and mapping

By using drones equipped with high-definition camera equipment, high-precision and all-round information collection images are provided to quickly obtain high-precision 3D models and orthographic projections of buildings Information such as point cloud data.

Land and Resources Surveying and Mapping

Using drones equipped with visible light cameras, thermal imaging cameras, LiDAR and other equipment, intelligent route planning through ground stations, and data processing software to target countries Tasks such as high-resolution image acquisition, dynamic monitoring of land use, digital elevation modeling, and geological hazard assessment are carried out in the soil resource area.

Core Values

High-Definition Collection and Efficient Surveying and Mapping

Drones equipped with multi-component integration such as beyond-visual-range visible light cameras, infrared cameras, and lighting equipment conduct comprehensive day-and-night collection of data and information in the target area. Through a dedicated data processing platform, the collected data is presented to customers in a visualized and operable manner, forming 3D views and interactive data analysis.

Reduced Operating Costs and Strong Flexibility

It reduces the workload of manual data collection and the risk of personnel surveying and mapping. Drones equipped with various sensing devices (thermal imaging cameras, lidar, etc.) can adapt to complex and variable terrains (such as mountainous areas, swamps, etc.). Compared with manual and satellite surveying and mapping, drones equipped with specific payloads can reduce operating costs by at least 60% when performing the same surveying and mapping tasks.

Power industry

Transportation industry

Public safety

logistics distribution

Forest firefighting