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SP-D-HD20
1. Enzyme accuracy and stability
The technology of the millimeter radar is resistant to interference, does not depend on the turbidity of water or the presence of floating garbage
Built -in protection against thunderstorms and condensate provides reliable work in the field
2. Table Defense and effectiveness
One flight of UAVs covers several kilometers of the water area, increasing performance by 10+ times compared to manual measurements
Functions of automatic start and return simplify operation
3. Intellectual analytics
Integration with GIS (GIS) to create hydrological cards with a coordinate binding
Comparison of historical data reveals the dynamics of changes in water bodies
1. Enzyme accuracy and stability
The technology of the millimeter radar is resistant to interference, does not depend on the turbidity of water or the presence of floating garbage
Built -in protection against thunderstorms and condensate provides reliable work in the field
2. Table Defense and effectiveness
One flight of UAVs covers several kilometers of the water area, increasing performance by 10+ times compared to manual measurements
Functions of automatic start and return simplify operation
3. Intellectual analytics
Integration with GIS (GIS) to create hydrological cards with a coordinate binding
Comparison of historical data reveals the dynamics of changes in water bodies
1. Hydrological monitoring
Regular measurements of the flow rate and water level in rivers, lakes and reservoirs
Support for water resource management and flood prevention systems
2. Auroral response
Surgical detection of dangerous zones during floods and mudflows
Providing data for decision -making during emergency
3. Scientific and environmental research
Studying the characteristics of water flows
Assessment of ecological runoff and monitoring of the condition of aquatic ecosystems
1. Hydrological monitoring
Regular measurements of the flow rate and water level in rivers, lakes and reservoirs
Support for water resource management and flood prevention systems
2. Auroral response
Surgical detection of dangerous zones during floods and mudflows
Providing data for decision -making during emergency
3. Scientific and environmental research
Studying the characteristics of water flows
Assessment of ecological runoff and monitoring of the condition of aquatic ecosystems
Dimensions: 200 × 175 × 155 mm
Weight: 570 g
Data display and video: through a web browser on a PC or control panel
Video program:
Via the BPL communication channel
Through the built-in 4G module
Data transmission range: not limited (data is transmitted through a 4G module directly to the browser)
Video transmission range: up to 15 km (displayed on the control panel through the BPL communication channel)
Type of sensor: Millimeter radar
Dimensions: 200 × 175 × 155 mm
Weight: 570 g
Data display and video: through a web browser on a PC or control panel
Video program:
Via the BPL communication channel
Through the built-in 4G module
Data transmission range: not limited (data is transmitted through a 4G module directly to the browser)
Video transmission range: up to 15 km (displayed on the control panel through the BPL communication channel)
Type of sensor: Millimeter radar