Advanced 1000 MHz GPR system for DJI Matrice drones. High-resolution geophysical survey for archaeological prospecting, utility mapping and subsurface analysis with next-generation Real-Time Sampling technology.
| 1000 MHzCentre frequency | 2 mPenetration depth | 138 dBDynamic range | 2 kgUltralight weight |
Key benefits
The Zond Aero 1000 NG represents the most advanced GPR technology for aerial applications, delivering superior performance and operational versatility without compromise.
Next-generation aerial GPR system for geophysical surveys
The Zond Aero 1000 NG is an ultralight GPR system designed specifically for aerial applications with DJI drones. This next-generation ground penetrating radar utilises Real-Time Sampling technology to deliver high-resolution data with exceptional signal-to-noise ratio. Compatible with DJI Matrice 300 and 350 RTK, it offers a centre frequency of 1000 MHz ideal for utility surveys, archaeological prospecting and geotechnical analysis. The system includes Prism 2 software for data acquisition, NANUK protective case and complete mounting kit. DroneBase, authorised DJI Enterprise Dealer certified ISO 9001:2015, provides specialist technical support and assistance for professional GPR solutions with operator training and bespoke integration services.
Full specifications
What’s included
Who uses it
How much does the Zond Aero 1000 drone georadar cost
The Zond Aero 1000 NG drone georadar is listed from €24,399 including 22% Italian VAT for the standard GPR kit; the Drone Combo Kit is listed at €48,799 including VAT. The standard kit includes the GPR unit with 1000 MHz shielded antenna, Prism 2 acquisition and processing software, the NANUK case with integrated 99 Wh Li-Ion battery and WiFi router, charger, tow rope and mounting kit for DJI Matrice 300/350 RTK. The final project cost depends on the fleet you already own and on how you plan to fly.
Zond Aero 500 vs 1000: which georadar to choose
Antenna frequency sets the trade-off between depth and resolution. The 1000 NG resolves smaller, shallower targets (utilities, rebar, shallow archaeological features); the 500 NG reaches deeper with lower resolution. Manufacturer data from Radar Systems Inc., for soil with relative permittivity 4 and attenuation of 1-2 dB/m: in practice soil conductivity and moisture reduce penetration.
500 MHz model: Zond Aero 500 NG. To compare prices, configurations and applications of every drone GPR system, see the drone GPR price and buying guide.
FAQ
What is the maximum penetration depth?
Is it compatible only with DJI drones?
Can I use it for ground-based surveys too?
What training is required?
What are the benefits of RTS technology?
Is the system certified for commercial flights?
How much does the Zond Aero 1000 NG cost?
Zond Aero 1000 or 500: which is better for depth and resolution?
Which drones does it fit, and is SkyHub needed?
Which software is used to acquire and process the data?
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