eXp 6000 Professional Plus: Best Detector with different modes including vertical and horizontal scan

All-inclusive: Detector for treasure hunters with highest demands Detection depth: With this technology customers found objects down to 25 m (82 ft) deep Use cases: Archaology, treasure hunting, natural gold prospection, cavity detection Operating modes: 3D Ground Scan, Magnetometer, Pinpointer, Mineral Scan Detectable objects: Treasure chests, cavities, tunnels   Features 3D Visualization 3D Ground Scan Color Display / Touchscreen  Interchangeable Probes  GST / EMSR  Height Adjustment  Internal Memory  LED Lighting  Live Stream Mineral Scan Multilingual Operation  Orientation Sensor  Rechargeable High-Capacity Battery  Speaker  Wireless Technology Video Glasses/Smart Eyewear GPS (removable)   3D Ground Scanner and Metal Detector for Highest Demands The eXp 6000 ground scanner and metal detector is one of OKM’s top of the line detecting tools for treasure hunters, metal detectorists, archaeologists, prospectors, gold seekers and ground surveyors. This detector is completely wireless and can be controlled via touchscreen, video eye glasses or notebook. It is the world’s first 3D ground scanner that utilizes the innovative OKM Telescopic Probe which can be extended to 124 cm (4 ft). October 11, 2017 eXp 6000 locates ancient bronze vase in more than 4 m depth A successful treasure hunter found a small ancient bronze vase in more than 4 m depth with his ground scanner eXp 6000.  Color Display and Touchscreen Color Display and Touchscreen: Easy-to-use GUI with automatic brightness adjustment The Control Unit with touchscreen and multilingual graphical user interface (GUI) is very easy to use. Different layouts and automatic brightness control allow the user to efficiently operate the detector even in varying ambient light conditions. Telescopic Rod with Removable GPS Receiver The Telescopic Rod can be adjusted to the user's body size in just a few simple steps. Its armrest is equipped with additonal pads for more ergonomics during the treasure hunt. A protective cap is located on the handle, which can be replaced with the GPS Receiver included in the scope of delivery. At the lower end, the probes are quickly and easily mounted via a magnetic connector. Telescopic Rod with arm rest and handle with trigger for convenient treasure hunting. The Protective Cap can be replaced by the GPS Receiver. The removable GPS Receiver allows treasure hunters to track and save their current location. Exchangeable Probes for Various Purposes Exchangeable Carbon Probes: The extremely light and rigid probes can be plugged to the telescopic rod via magnetic connector very easily. Like many high-quality consumer and technical applications, the eXp 6000 probes are made of Carbon. This extremely rigid and light material allows treasure hunters to use the lightweight detector even more easily. Additionally, the probes establish a wireless data connection to the treasure detector to send the scan data directly to the Control Unit. Telescopic Probe This innovative probe can be extended to 124 cm (4 ft) and is perfectly designed to scan both large areas and narrow areas. As a result, treasure hunters need only one probe and avoid the necessity of carrying additional accessories. Super Sensor This specialized ground measuring probe is one of the best ground scanner accessories on the market. By using this antenna, discrimination and pinpointing of buried objects is possible with ease. Tunnel Sensor This measuring probe can be mounted to the 3D metal detector to detect hidden tunnels, chambers, cellars, shelters, caves and many other unterground cavities and structures. Live-Stream Sensor This ground scanning probe will stream measuring data immediately onto the display of the eXp 6000 to see underground objects “live”. Thus, the 3D ground scanner user can quickly survey a large area to find potential underground targets. eXp 6000 Exclusive: Orientation Sensor The orientation sensor assists treasure hunters in holding the probe correctly during the measurement. An icon on the screen and an acoustic signal warns as soon as the probe is held in a wrong angle. Only a correct orientation of the probe guarantees reliable measurements. Various Operating Modes for Professional Applications Multilingual User Interface: Easy operation in many languages. As top-notch detector, the professional 3D ground scanner eXp 6000 offers various operating modes in one device: 3D Ground Scan Pinpointer Mineral Scan Live Scan Magnetometer Tunnel Scan 3D Ground Scan Visualization of underground artifacts and cavities in 3D representations. Pinpointer Identification and localization of detected anomalies. Mineral Scan Detection of natural mineralization, visualized in a color-coded graph. Live Scan Visualization of artifacts and cavities in real time. Magnetometer Localization of ferromagnetic objects. Tunnel Scan Detection of tunnels and cavities, visualized in a color-coded graph. Save and Analyze Scan Data The scan data collected in the operating modes Mineral Scan, Tunnel Scan* and 3D Ground Scan can directly be saved in the internal memory of the eXp 6000. After finishing the measurement, the user may open the stored scan files for direct analysis on the eXp 6000 Control Unit or transfer the .v3d files to a computer for detailed analyses. 3D Analysis via Detection Software The treasure hunter gets a first glimpse of his scan data directly on the screen of the Control Unit during the measuring process. After finishing and saving the measurement, the user receives a graphical representation of the scan field with color-coded targets. This scan image can be viewed in 2D and 3D as well as rotated and scaled directly on the Control Unit touchscreen. Immediate Scan Results: After finishing the ground scan, the scan image can be viewed directly on the display in 2D and 3D. Detailed Scan Analysis with Visualizer 3D Studio: Determine position, size and depth of your detected structures and objects. Thanks to the included 3D software Visualizer 3D Studio Standard Edition, the collected measurement data can afterwards be analyzed in detail on a computer. In this way, the depth, position and size of target objects can be determined and the remarkable objects can supplemented with notes.   Targets Right in Front of Your Eyes Thanks to Smart Glasses Besides the touchscreen, the eXp 6000 ground scanner user can also control the metal detector with the optional Video Eye Glasses. This allows the treasure hunter to focus even better on the environment and to notice any obstacles in the scan field during the measurement. In the projection directly in front of his eye, he simultaneously receives the already recorded scan data. Optional Accessories: Android Tablet, Windows Notebook and Power Pack Both the Android tablet and the Windows notebook can be used in addition to the Control Unit and allow further users to view or observe the 3D ground surveys while scanning. Moreover, the Windows notebook with installed Visualizer 3D Studio detection software allows for detailed scan image analyses. The Power Pack (version D/C) provides additional energy for the detector. With the additional Power Pack the treasure hunter is able to charge the Control Unit and the Telescopic Rod outdoors and even extend the operating time of the detector while scanning the ground.   Use Cases Archaeology Treasure Hunting Cavity Detection Militaria Detection Forensics Agriculture Public Services Natural Gold Prospecting Explosive Ordnance Disposal Services OKM Search Services   Includes: 1x Control Unit 1x Wireless Telescopic Probe 1x Wireless Super Sensor 1x Wireless Live-Stream Sensor 1x Wireless Tunnel Sensor 1x Telescopic Rod 1x GPS Receiver Cap (removable) 1x USB Flash Drive with OKM Visualizer 3D Studio Professional Edition 1x Bluetooth Headphones incl. charging cable 1x Charger with charging cable 1x Travel Adapter 1x Waterproof and shock-resistant Protector Case 1x Quick Start Guide 1x Pre-configured Windows Notebook OPTIONAL: Android Smart Glasses      Technological Specifications Feature Specification Control Unit Dimensions (H x W x D) 120 x 210 x 280 mm Weight approx. 2.34 kg Voltage 11.8 - 19 VDC, 50 W maximal Safety Class IP40 Operating Time (full charged, 25 °C) approx. 4 hours Operating Temperature -10 °C – 50 °C Display 6.5” Diagonal, 1024 x 768 Pixel TFT Color, 650 cd/qm Processing Unit QuadCore AMD @ 2GHz, OpenGL4.2 HD Radeon GPU Working Memory (RAM) 4 GB Kingston HyperX Data Memory 8 GB SDCard, Class 10 Feedback acoustic, visual Storage Temperature -20 °C – 60 °C Air Humidity 5 % – 75 % Waterproof No Data Transmission Technology WiFi 802.11n a/b/g, MIMO 2x2 Data Transmission Rate 11 Mbps – 54 Mbps Operation Distance max. 4 m (to telescopic rod) Telescopic Rod Dimensions (H x W x L) 210 x 135 x 680 - 1340 mm Weight about 1.76 kg Voltage 11.8 - 19 VDC, 22 W maximal Safety Class IP40 Operating Time (full charged, 25 °C) approx. 5 hours Operating Temperature -10 °C – 50 °C Processing Unit ARM Cortex M0+ @ 48 MHz Working Memory (RAM) 32 KB Data Memory 256 KB Storage Temperature -20 °C – 60 °C Air Humidity 5 % – 75 % Waterproof No Data Transmission Technology WiFi 802.11n a/b/g Data Transmission Rate 11 Mbps – 54 Mbps Operation Distance max. 4 m (to control unit) Super Sensor Length 950 mm Weight approx. 1.0 kg Receiver Dual / Hi-Gain – Vertical - Geophysical Phase Reader – EMSR Sensor Technology SCMI-15-D Telescopic Probe Length 820 - 1240 mm Weight approx. 1.04 kg Receiver Dual Geophysical Phase Reader – EMSR Sensor Technology SCMI-15-D Tunnel Sensor Length 500 mm Weight approx. 0.76 kg Receiver Dual Geophysical Phase Reader – EMSR Sensor Technology SCMI-15-D Live-Stream Sensor Length 600 mm Weight approx 0.92 kg Receiver Hexa Geophysical Phase Reader – EMSR Sensor Technology SCMI-15-D GPS Receiver Dimensions (L x W x H) 50 x 55 x 27 mm Weight about 60 g Input Voltage 5 V DC Input Current (maximum) 450 mA Input Current (typical) 50 mA Refresh Rate 1 s Cold Start < 40 s Warm Start < 30 s Horizontal Position Accuracy (outdoor) 2.7 m Horizontal Position Accuracy (clear sky) 0.9 m Note The technical data are average values. Minor deviations possible during operation.