Manufacturer of GNSS-based slope instability monitoring systems focuses on R&D and production of high-precision slope deformation monitoring equipment

Shandong Fengtu, a manufacturer of GNSS-based slope instability monitoring systems, utilizes differential RTK technology to produce equipment capable of millimeter-level monitoring. Designed for complex operating conditions, the equipment supports real-time data transmission and remote maintenance, making it suitable for deformation monitoring of slopes, dams, bridges, and other engineering structures, while remaining compatible with various monitoring systems.

Geological slope instability poses a common safety risk in infrastructure, mining, and water conservancy projects. Failure to timely detect minute slope displacements or deformations can easily lead to accidents such as landslides or collapses; consequently, high-precision, continuous monitoring has become a core component of engineering safety management. The manufacturer focuses on developing and producing monitoring equipment tailored to real-world engineering needs, providing reliable hardware and data support for the safety monitoring of various geotechnical slopes.

As a professional manufacturer of GNSS-based slope instability monitoring systems, Shandong Fengtu incorporates differential RTK technology into its core products, enabling millimeter-level displacement monitoring accuracy. This effectively addresses the limitations of traditional manual monitoring, such as low precision, infrequent data collection, and significant time lags. Built to strict industrial standards, the equipment features choke-ring antennas and magnetic wave-absorbing materials to minimize multipath effects in complex field environments, ensuring the stability and accuracy of monitoring data. It utilizes the standardized Modbus-RTU communication protocol, supports offline calculation of horizontal and vertical displacement data at the device level, is compatible with RTCM3 differential data, and integrates seamlessly with the vast majority of engineering monitoring platforms.

The manufacturer's GNSS displacement monitoring equipment boasts excellent environmental adaptability, operating reliably within a temperature range of -40°C to +85°C and in humid conditions (up to 95% RH, non-condensing). It is ideally suited for complex monitoring scenarios, including open-air field sites, high-altitude locations, and extremely cold regions. The equipment features low power consumption—requiring only 0.25W during standard operation—and runs on the standard DC 10V–15V power supply common in engineering projects. Installation is simple and convenient, requiring no complex construction work, allowing for rapid on-site deployment.

The system enables all-weather, real-time data transmission, allowing personnel to monitor equipment and analyze data via remote terminals without the need for frequent on-site inspections. At the same time, the equipment boasts exceptional compatibility and data processing capabilities, allowing for seamless integration into various engineering monitoring systems to facilitate data sharing and fusion. It is widely used in applications such as slope early warning, dam safety monitoring, and bridge health assessment, consistently providing the data necessary to ensure the safe and stable operation of diverse civil engineering projects.