Utility Avoidance
Leica DSX
The DSX is an entry-level, single antenna GPR with 600MHz frequency antenna. It features easy-to-follow software designed to help new users get up and running quickly to locate and mark underground utilities ahead of excavation.
Beneath the user-friendly interface, the DSX has full suite of features that skilled operators can use for more advanced tasks, like creating a utility survey map.
Utility Mapping
Leica DS2000
The DS2000 is a dual-antenna GPR with a 250MHz to 750MHz frequency range that enables a skilled operator to probe deeper with higher resolution than the single-antenna DSX.
The DS200 is a tried and tested GPR, considered a workhorse by experienced users who understand the traditional radar gram workflow. It is more typically utilized to conduct utility surveys to locate, mark and map underground utilities on a job site ahead of excavation and can also be used to scan before digging.
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DSX |
DS2000 |
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| PRICE | Starting at
$21,360
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Starting at
$22,379
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| Antenna Frequency | Single / 650MHz | Dual / 250MHz and 700MHz |
| Onboard Tutorial Videos | ✓ | |
| Dual Encoders | ✓ | ✓ |
| Acquisition | Forward only | Forward and backwards |
| GPS/TPS Integration | ✓ | ✓ |
| Grid Scan with optional GPS | ✓ | |
| Quick Scan Tomography View | ✓ | |
| Intuitive Software | ✓ | ✓ |
| Auto Power Off | ✓ | ✓ |
Antenna Frequency: The frequency range of a GPR determines how deep a unit can detect objects underground and the resolution of the radar gram.
In general, lower frequencies penetrate farther to locate targets that are more deeply buried, while higher frequencies provide higher resolution for objects that are closer to the surface.
It is important to note that the ground gets a vote: As density increases (think clay or other wet soils) the depth and resolution GPR can achieve decreases. This is why we recommend a combined workflow that also includes EM utility detection using a cable locator.
Tutorial Videos: The DSX features on-board training videos that guide new users through setup and basic data collection.
Dual Encoders: Encoders are sensors that GPRs use measure wheel rotation. As the GPR is pushed a signal is sent from the encoders to the control unit to let the software know that data collection has begun and to provide location data as targets are discovered. Dual encoders ensure accuracy and provide a backup should one of them fail.
The encoders on the DSX and DS2000 are mounted internally on both rear wheels to protect them from dirt or damage.
Acquisition: The DSX must be pushed forward while collecting data. The DS2000 can also acquire data while being pulled backward.
GPS/TPS Integration: Geo-located underground utility maps to a coordinate system by attaching a GPS/GNSS antenna with a pole and mounting hardware. These are sold separately or can be purchased with the GPR unit in a package.
Grid Scan with optional GPS: The DXplore software that comes with the DSX uses a grid-based workflow to a create an automated tomography (a 3D image of underground targets). This enables any operator to map out a grid, walk it, and create a deliverable that identifies the nature and depth of buried utilities.
The best practice is to complete a grid scan with each line scan offset by 18 inches. With the addition of a survey grade GPS like the FLX100, the DSX utilizes GPS to help the operator locate the best starting point for a grid scan and then to ensure that the tracking lines are spaced properly.
Intuitive Software: Both the DSX and the DS2000 feature a user interface that has been designed to be intuitive for the intended users. Novice operators will find that the DSX software helps them make practical use of the technology while more experienced operators will appreciate the DS2000’s user-friendly UI.
Auto power off: If the GPR isn’t moved within 15 minutes, the unit will switch off to save battery life.