This project is a very low cost (under 300 USD components cost) Ground Penetrating Radar. The acquired data can be visualized onboard, in real time, as well as stored and transferred to a PC for further processing. The digital section uses an Arduino Mega 2560 board.

2020年9月30日 · PDF for Toner Transfer construction (Top layer mirrored) and GERBER files. System tested on a bridge. This is the GPR image obtained for the bridge in the photo: System tested and works fine. Antenna coupling is quite high.

GPR data can be transferred to PC. This is an older software version, the new one adds more functionality.

2020年11月9日 · The GPRino uses antipodal Vivaldi antennas to see into the ground, under control of an Arduino Mega. Onboard visualization is handled by an LCD shield, and collected data can also be transmitted to a PC for further analysis.

Low-cost FMCW Ground Penetrating Radar (GPR). Contribute to miricip/GPRino development by creating an account on GitHub.

2020年11月13日 · Mirel Paun’s “GPRino” prototype, though, aims to accomplish this viewing task for the comparatively paltry sum of $300. The GPRino uses antipodal Vivaldi antennas to see into the ground, under control of an Arduino Mega. Onboard visualization is handled by an LCD shield, and collected data can also be transmitted to a PC for further analysis.

Low-cost FMCW Ground Penetrating Radar (GPR). Contribute to miricip/GPRino development by creating an account on GitHub.

GPR_JF.PNG (53.26 kB, 1245x798 - viewed 634 times.) He used an arduino mega and a 3.5 display to plot the information. I can post the arduino IDE code if someone wants to take a gander. Your focus should be on the antenna structure and how to minimize coupling between tx and rx antennas, which the author rightly pointed out to.

2020年10月22日 · This project aims the development of a very low cost (under 300 USD components cost) Ground Penetrating Radar. The acquired data can be visualized onboard, in real time, as well as stored and transferred to a PC for further processing. The digital section uses an Arduino Mega 2560 board.

Low-cost FMCW Ground Penetrating Radar (GPR). Contribute to miricip/GPRino development by creating an account on GitHub.