VRS CORS
A kind of Network Real Time Kinematic (NRTK) technology
VRS CORS is a Network Real Time Kinematic (NRTK) technology that revolutionizes positioning accuracy. It intelligently generates and provides virtual reference station data based on regional real stations, allowing users to calculate RTK corrections accurately. This system requires a stable 3G/4G/5G network connection to seamlessly transmit correction data for real-time, centimeter-level precision in various surveying tasks.
Designed for modern geodetic applications, this technology ensures highly reliable and efficient field operations. By eliminating the need for physical reference stations nearby, VRS CORS reduces operational costs and increases flexibility across large-scale infrastructure projects. It is ideal for land surveying, construction layout, and geographic information systems where high accuracy and mobility are paramount.
VRS CORS
A kind of Network Real Time Kinematic (NRTK) technology
VRS generates and provides a virtual reference station data near user’s position based on the regional real reference station for user to calculate RTK. VRS requires 3G/4G/5G to support communication.
VRS Service Architecture
VRS CORS is a Network Real Time Kinematic (NRTK) technology that revolutionizes positioning accuracy. It intelligently generates and provides virtual reference station data based on regional real stations, allowing users to calculate RTK corrections accurately. This system requires a stable 3G/4G/5G network connection to seamlessly transmit correction data for real-time, centimeter-level precision in various surveying tasks.
Designed for modern geodetic applications, this technology ensures highly reliable and efficient field operations. By eliminating the need for physical reference stations nearby, VRS CORS reduces operational costs and increases flexibility across large-scale infrastructure projects. It is ideal for land surveying, construction layout, and geographic information systems where high accuracy and mobility are paramount.
System Features
- Instant access to Real-Time Kinematic (RTK) corrections
- Centimeter-accurate corrections tailored to your geographic location
- Built-in redundancy to ensure connectivity, consistency and quality
- Cost-effective and simple to use
- Professionally-managed and secure
- Streamlined workflows, done right the first time
Software/Monitoring Platform
-NTRIP Caster
Software/Monitoring Platform
VRS CORS is a Network Real Time Kinematic (NRTK) technology that revolutionizes positioning accuracy. It intelligently generates and provides virtual reference station data based on regional real stations, allowing users to calculate RTK corrections accurately. This system requires a stable 3G/4G/5G network connection to seamlessly transmit correction data for real-time, centimeter-level precision in various surveying tasks.
Designed for modern geodetic applications, this technology ensures highly reliable and efficient field operations. By eliminating the need for physical reference stations nearby, VRS CORS reduces operational costs and increases flexibility across large-scale infrastructure projects. It is ideal for land surveying, construction layout, and geographic information systems where high accuracy and mobility are paramount.
- NTRIP Caster -
Software Platform Features
Independently develop
Support modernized Multi-GNSS system
Support high-accuracy real-time GNSS data processing
Obtained lots of academic achievements
Obtained several invention patents
Monitoring Platform Features
Web UI Platform
Network Monitor
Data processing Monitor
User Monitor
Support millions of concurrent
Application Area
VRS CORS is a Network Real Time Kinematic (NRTK) technology that revolutionizes positioning accuracy. It intelligently generates and provides virtual reference station data based on regional real stations, allowing users to calculate RTK corrections accurately. This system requires a stable 3G/4G/5G network connection to seamlessly transmit correction data for real-time, centimeter-level precision in various surveying tasks.
Designed for modern geodetic applications, this technology ensures highly reliable and efficient field operations. By eliminating the need for physical reference stations nearby, VRS CORS reduces operational costs and increases flexibility across large-scale infrastructure projects. It is ideal for land surveying, construction layout, and geographic information systems where high accuracy and mobility are paramount.
Government
Geodetic measurement & Mapping
Municipal Management
Economy
Public location-based services
Logistics management
Transportation
Navigation
Traffic management and auto drive
Agriculture
Precision agriculture
Intelligence agriculture
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VRS CORS is a Network Real Time Kinematic (NRTK) technology that revolutionizes positioning accuracy. It intelligently generates and provides virtual reference station data based on regional real stations, allowing users to calculate RTK corrections accurately. This system requires a stable 3G/4G/5G network connection to seamlessly transmit correction data for real-time, centimeter-level precision in various surveying tasks.
Designed for modern geodetic applications, this technology ensures highly reliable and efficient field operations. By eliminating the need for physical reference stations nearby, VRS CORS reduces operational costs and increases flexibility across large-scale infrastructure projects. It is ideal for land surveying, construction layout, and geographic information systems where high accuracy and mobility are paramount.
Related Contents
VRS CORS is a Network Real Time Kinematic (NRTK) technology that revolutionizes positioning accuracy. It intelligently generates and provides virtual reference station data based on regional real stations, allowing users to calculate RTK corrections accurately. This system requires a stable 3G/4G/5G network connection to seamlessly transmit correction data for real-time, centimeter-level precision in various surveying tasks.
Designed for modern geodetic applications, this technology ensures highly reliable and efficient field operations. By eliminating the need for physical reference stations nearby, VRS CORS reduces operational costs and increases flexibility across large-scale infrastructure projects. It is ideal for land surveying, construction layout, and geographic information systems where high accuracy and mobility are paramount.