Stream X is the IDS vehicle-towed ground penetrating radar solution, The Stream X array covers a 2 m wide swath with a single pass.To achieve complete coverage of the survey area, multiple passes can be controlled through sophisticated positioning systems and a dedicated navigation software. Once the desired area is covered, the survey can be easily checked and then post processed with a dedicated IDS software platform.
Stream X is the ideal solution for mapping of:
A specialised ground penetrating radar (GPR) system, RIS MF Hi-Mod is capable of investigating large areas, providing a 3D view of the subsoil with a high capability of resolution and penetration depth. RIS MF Hi-Mod features:
Thanks to the radar’s capacity and the archaeologist’s experience, buried underground objects can be detected with a high level of confidence and consequently plan the excavation activities.
IBIS-FS is a microwave interferometry based system for remote static and dynamic monitoring of bridges and other structures including buildings, historical monuments and towers. IBIS-FS is able to remotely monitor for static applications such as structural load testing, structural displacement and risk of collapse as well as in the preservation of cultural heritage sites, without needing direct access to the site or the use of any invasive equipment. It is also able to perform dynamic monitoring applications including structural resonance frequency measurements, structural modal shape analysis and real-time deformation monitoring.
The use of slope monitoring radar is now the standard practice for the active monitoring of slope in open pit mines and for safety critical landslide monitoring with the aim of providing alerts in the event of progressive movements which could potentially lead to slope failure and assessing worker safety. With the safety of workers at risk and equipment threatened, safely long-term monitoring slopes around-the-clock is a necessity. With early detection, accidents can be prevented. With long-term analysis, mine and civil engineering design can be optimized.
The IBIS radar is capable of collecting quantitative information on slope behaviour from either a spatial or a temporal point of view. It provides reliable early-detection alerts on impending failures in near real time, as well as, accurate geo-referenced outputs over long periods of time allowing users to integrate radar data into geotechnical analysis of slope failure mechanisms.
The unique IBIS-FM radar system accurately monitors multiple scales of displacements in real time, from early detection of slow movements to fast accelerations associated with slope collapse. The great operative range, up to 4500 m, allows to safely deploying the system in comfortably accessible areas, without exposing people and equipment to hazardous zones. Thanks to the most advanced automatic algorithms in the market, IBIS-FM delivers reliable and accurate data in all weather conditions. Monitoring experts can respond to slope hazards faster ensuring the safety of operators and the public. With this detailed information, appropriate action can be taken early enough and minimise the effects caused by possible slope failures and landslides.
HYDRA-G is a compact, remote sensing monitoring system designed for early warning and real-time measurements of sub-millimetric displacements in buildings, dams, tunnels, mining infrastructures, and cut-slopes.
HYDRA-G is able to provide real-time monitoring of civil structures and cut-slopes deformations and trigger early-warning alerts in case of impending collapses to evacuate people and machinery at-risk.
With a scan range up to 800 metres, the system provides the high-accuracy and resolution radar technology. HYDRA-G exploits the cutting-edge ArcSAR technology, providing a spatial resolution of centimetres with updated displacement information every 30 seconds.
An optical and infrared HD camera provides real-time visual inspection of monitored areas, and radar data are draped on a 3D model of the scene created by the built-in laser. The industry-leading HYDRA Guardian software provides an easy-to-use and powerful tool to visualize and interpret radar data, and perform analysis of displacement trends of structure and cut-slope movements. Moreover, SurfScan is a dedicated, real time building displacement and deformation analysis software.
A ground penetrating radar solution designed for high speed road assessment surveys, RIS Hi-Pave is able to operate with several antennas at the same time. The system provides a complete assessment of road conditions, such as: