Georadar Drone – Zond Aero 1000 NG GPR
The Zond Aero 1000 is an ultralight, single-unit ground penetrating radar (GPR) system specially designed for portable solutions. Compatible with DJI Matrice 300 and 350 drones, this georadar offers advanced performance for geophysical and archaeological survey applications.
From 24.399,00 € TAX Included
Georadar Drone – Zond Aero 1000 NG
GPR georadar system for drone compatible with DJI Matrice 300/350.
Zond Aero 1000 is an ultralight single-unit GPR specially designed for portable solutions.
The device can be used as stand-alone on-board equipment with power from an external source and Ethernet cable connection or inside the fully protective waterproof case with its own built-in lithium-ion battery and WiFi.
The user receives real-time information in the form of a radiolocation profile (sometimes also referred to as a radargram). The data is recorded on a hard disk for further use(processing, printing, interpretation, etc.) at the same time.
Here you will see examples of radiolocation profiles…
Zond Aero 1000 has a built-in 1000 MHzshielded antenna for
single-channel operation on different time intervals.
Zond Aero 1000 can be optionally equipped with the shockproof trolley.
Key Features of the Zond Aero 1000
- GPR system for DJI M300/350 RTK.
- Includes carrying kit and stands for DJI M300 RTK.
- Type Single-channel with shielded antenna
- Central frequency 1000 MHz
- Operating bandwidth 600-1300 MHz (-6 dB)
- 512 samples per track
- Sampling frequency 25600 samples/second
- Scanning speed 50 scan/s
- Example of 16-bit digital raw data output
- Time interval Selectable time interval 50, 100, 200 or 300ns
- Depth Up to 2 meters depending on soil properties
- Data format Standard geophysical SEGY data format (.sgy) with track geotagging
All georadar parameters are controlled by the computer, so many hardware features are described here…
* The ratio of resolution to survey depth assumes that the survey is conducted in soil whose relative dielectric permectivity is 4 and specific attenuation is between 1 and 2 dB/m.
Survey depth is defined as the depth of survey of a plane boundary with reflectance equal to 1. Note that these data are rather approximate and strongly depend on the parameters of the surveyed environment.
Georadar Drone Applications
- Ground Mine Search, UXO (Unexploded Ordnance)
- Archaeology
- Search for any metal objects weighing a few hundred grams or more lying underground
- Perform geological mapping in the exploration of extractable minerals and other extractable resources
- Identify the spatial distribution of ore bodies by looking for regional variations in the magnetic field
- Conduct geological investigations to discover anomalies
- Monitor tailings storage facility (TSF) facilities to prevent potential accidents
- Perform moisture analysis of TSFs to minimize hazardous leakage
- Conducting stratigraphic horizon modeling.
GPR Zond Aero 1000 Standard Kit:
What the Kit Includes:
1 x Zond Aero 1000NGGPR system with 1000 MHz center frequency
1 x Prism 2 Data Acquisition/Processing software
1 x NANUK protectivecase (also used for ground surveys)
1 x 99 W/h Li-Ion battery integrated into the case
1 x Wi-Fi router integrated into the case
1 x Charger
1 x Tow rope for terrestrial surveys
1 x Mounting kit to fix GPR system on the DJI M300/M350 RTK drone
Drone combo kit:
What the kit includes:
1 x Zond Aero 1000NGGPR system with 1000 MHz center frequency
1 x Prism 2 Data Acquisition/Processing software
1 x NANUK protectivecase (also used for ground surveys)
1 x 99 W/h Li-Ion battery integrated into the case
1 x Wi-Fi router integrated into the case
1 x Charger
1 x Tow rope for terrestrial surveys
1 x Mounting kit to fix GPR system on the DJI M300/M350 RTK drone
1 x Drone Matrice 350 RTK
4 x Batteries TB 65
1 x BS65 Charging Station for Drone Batteries
1 x SkyHub Kit with Terrain Following Nanoradar
1 x UGCS Pro mission planning software
1 x Skyhub Software Pakage for GPR
Technical Data GPR Zond Aero 1000
Type | Single-channel with shielded antenna |
Center frequency | 1000 MHz |
Operating bandwidth | 600-1300 MHz (-6 dB) |
Sampling | Real Time Sampling (RTS) with high hardware stacking |
Samples per scan | 256 / 512 / 1024 / 2048 / 4096 / 8192 |
Samples rate | up to 1,280,000 (depends on hardware stacking) |
Scan rate | up to 2,500 scans/s (depends on hardware stacking) |
Sample output | 32-bit digital raw data |
Time range per sample | 18 ps / 36 ps / 71 ps / 89 ps / 125 ps / 143 ps / 179 ps / 250 ps / 357 ps / 500 ps / 625 ps / 714 ps / 1 ns / 1.25 ns / 2.5 ns |
Depth | Up to 2 meters depending on ground properties |
Data format | Standard Geophysical SEGY Data Format (.sgy) with traces geotagging |
DOCUMENTATION & DATA SETS | |
Data Sheet | |
User Manual | |
Data Samples | |
ENVIRONMENTAL | |
Temperature | -20°C to 60°C internal temperature |
Humidity | 96% non-condensing |
Ingress protection | IP68 in a protective box (used for transportation and for ground surveys) IP52 in airborne variant |
MECHANICAL | |
Size (L x W x H) | • 31 x 19 x 15 cm – airborne configuration |
Weight | • 1.8 kg – airborne configuration without mounting kit for the drone |
BATTERY | |
Airbaorne variant | Drone main battery is used to provide power to the GPR using standard power socket of the drone intended for payload |
Ground surveys | The battery is integrated into a protective box, operating time up to 12 hours 99 W/h Li-Ion |
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