We do not rely on theoretical forecasts. We focus on the processing and testing of innovative technology until we find the best possible solution for your project.
A number of RST developments has already stood the test many times:
HERA (Helicopter Radar)
- airborne radar technology for images of areas which are difficult to access
- particularly fast data acquisition of large areas
- developed in cooperation with the BGR (Federal Institute for Geosciences and Natural Resources) for BMWi (Federal Ministry of Economics and Technology)
Geological measurements
PRIS (Potash Roof Inspection System)
- radar system for the localisation of separations in mines
- developed in cooperation with MIRARCO (Mining Innovation, Rehabilitation and Applied Research Company, Canada) for PCS (Potash Cooperation of Saskatchewan, Canada)
Mining safety
CRIS (Crack Inspection System)
- geo radar for the localisation of cracks and layers in mines
- developed in cooperation with MIRARCO (Mining Innovation, Rehabilitation and Applied Research Company, Canda) for ESA (European Space Agency)
Tunnel and building stability
SUSI
- mulit-functional development and testing device
- supports the identification of the best parameters for different fields of application
Road and railway construction
DEEPER (Deep Penetration Radar)
- low frequency device
- penetration depths of up to 50 metres
- resolution of 3 metres
HOPE (Handheld Operated Demining System)
- hand-held measuring device for the location of landmines
- multi-sensory radar for the project of the European Commission on the development of a landmine detector, tests in Bosnia-Herzegovina and Italy
Localisation of landmines
GINGER (Guidance and into the ground exploration radar)
- multi-functional radar for a planetary rover
- developed for the ESA (European Space Agency)
Planetary research