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🔍IDS GeoRadar Stream X 200 – multichannel 200 MHz GPR for 3D mapping
Price on request
Multichannel 200 MHz GPR for 3D mapping – maximum penetration depth and productivity.
- Over a decade of experience
- Professional training
- We work throughout the EU
- Professional after-sales support
- We offer premium products
IDS GeoRadar Stream X 200 is a vehicle-towed multichannel GPR array designed for extensive 3D mapping of buried structures and geological features. The 200 configuration is equipped with an array of 16 dipoles (8 + 8) operating at 200 MHz, providing the best penetration into the ground.
The 200 MHz antenna provides penetration depths of up to several metres, depending on ground conditions, while the wide swath 1.80 m allows large areas to be surveyed in a single pass, with productivity of up to 1 ha per hour. The system records data at speeds of up to 36 km/h, while real-time tomography in OneVision software enables immediate assessment of the results in the field.
Stream X 200 is ideal for mapping extensive archaeological sites, detecting underground tanks and pipelines, identifying voids and cavities, UXO detection in support of site clearance, and environmental and geological investigations. Data is exported to CAD/GIS through IQMaps.
| Parameter | Value |
|---|---|
| System type | Vehicle-towed multichannel GPR array |
| Number of antennas/channels | 16 dipoles (8 + 8) / ~15 effective channels |
| Centre frequency | 200 MHz |
| Polarisation | VV |
| Scan width (swath) | 1.80 m |
| Antenna spacing | 12 cm |
| Max. acquisition speed | 36 km/h (typically 15 km/h) |
| Scan rate | 87 scans/s @ 512 samples/scan |
| Scan interval | 8 scans/m |
| Positioning | Doppler radar and/or GPS or a total station |
| Power supply | 12 VDC 12 Ah SLA battery |
| Power consumption | 28 W |
| Weight of antennas / trolley | 36 kg / 22 kg |
| Cart dimensions | 240 × 92 cm |
| Protection class | IP65 |
| Certificates | CE, FCC, IC |
| Software | OneVision (real-time tomography) / IQMaps (CAD/GIS) |
| Productivity | up to 1 ha/h |





