Rover C4 is a multi-functional and easy-to-use device, specially designed for treasure hunters and archaeologists . This advanced device helps to find long- buried treasures , such as ancient relics, coins, pottery, and jewelry . In addition, this device is capable of
 It can detect underground structures such as tunnels, caves, chambers, and tombs , making it the ideal tool for archaeological research projects and treasure explorations.
 Rover C Treasure Detector Operating Modes
 The Rover C4 features several advanced operating modes that make treasure and metal detection more accurate and efficient. One of the most versatile operating modes is the 3D ground scanning mode, which is used to scan a rectangular area to collect accurate data about underground structures and objects.
 Magnetometer: This mode is used to scan near-surface fields to locate small metal objects such as nails, cans, wires, and screws. The magnetometer helps reduce interference from metal objects near the surface, improving the accuracy of scan results.
 3D Ground Scan: This mode provides graphical measurements of any target area, allowing for more detailed analysis using the Visualizer 3D Studio detection software. This technology helps to pinpoint the locations of underground objects with high accuracy.
 Pinpointer: Detectives can use pinpointer mode to pinpoint valuable objects such as coins, rings, jewelry, and other artifacts with greater accuracy. This mode provides precise pinpointing that makes it easier to extract detected objects.
 Mineral Scan: This mode is used to locate natural gold deposits. Mineral Scan is a unique additional feature of the Rover C4, making it an ideal tool for gold prospectors.
 For best detection results, it is recommended to use the operating modes in combination. Starting with the magnetometer to scan the area and eliminate surface disturbances, then moving on to 3D ground scanning to obtain a comprehensive and accurate picture of the studied area. The cursor mode can then be used to pinpoint the locations of detected objects with greater accuracy.