MagDroneR4: Redefining High-Resolution Aerial Mapping
The Pinnacle of Aerial Survey Technology
Discover the MagDroneR4, an ultra-portable magnetometer survey kit crafted for expansive area surveys where traditional ground or vehicle surveys fall short. This UAV-compatible solution is your gateway to unparalleled aerial data collection.
Unmatched Precision for Detailed Discovery
The MagDroneR4 excels in high-resolution mapping, making it ideal for detecting compact objects and intricate ground structures. Whether it's unearthing historical settlements, locating bombs, or ammunition, the R4's advanced sensor system, with a 50 cm sensor distance and 2.5 m track spacing, covers 3-4 hectares per hour, ensuring efficient and thorough exploration.
Effortless Operation, Advanced Results
Operating the MagDroneR4 is as intuitive as its predecessor, the R3. It features a single-button interface and an onboard server accessible from any Wi-Fi-enabled device. This seamless integration means easy setup, system checks, remote start/stop recording, and data downloading. The MagDrone Data Tool enhances this experience by simplifying data management and analysis, compatible with MAGNETO®, GIS tools, and Matlab.
Innovative Noise Filtering for Clarity
The MagDrone series stands out with a 200Hz sampling rate, adept at filtering out environmental and mechanical noise. This technology ensures the MagDroneR4 can be mounted directly on your drone's landing gear for a compact and efficient setup, free from data interference.
Versatile Applications for Diverse Needs
The MagDroneR4 is not just a tool but a versatile ally. From general surveys to scientific research, mine exploration, and critical safety operations, the R4 is equipped to handle a myriad of tasks. Its precision makes it indispensable for sensitive missions like bomb detection and area surveillance.
MagBase Integration for Enhanced Accuracy
Pair the R4 with the SENSYS MagBase to elevate your survey accuracy. This combination effectively neutralizes transient noise sources such as nearby vehicles or net frequencies, ensuring your data is as precise as your mission demands.