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3D Laser Scanning - Underground Mine Mapping
 
04:05
Darling's 3D Laser Scanning services have revolutionized the way mining industries map underground assets. With an accurate 3D model of existing drifts and shafts, you can take the guesswork out of where and what to develop. Match our 3D model with your ore body mapping to get a complete picture of what is happening underground. All this can be done without costly downtime in your mining operation in most cases.
Views: 184419 Darling Geomatics
Autonomous underground mine flight
 
03:58
Autonomous navigation by a Hovermap-equipped drone in an underground mine. Hovermap provides GPS-denied flight, collision avoidance and advanced autonomy to enable flight in challenging environments. In this video the drone is tasked to fly through a series of pre-defined waypoints while avoiding collisions. In future the the drone will autonomously explore without needing waypoints. Applications include exploring and mapping of old workings, and Search and Rescue operations.
Views: 2915 Emesent
WANTED: Underground Mine Maps
 
04:10
ODNR is seeking historic, abandoned underground mine (AUM) maps in an effort to expand its existing database of abandoned underground coal and mineral resources mines throughout Ohio.
Views: 3403 OhioDNR
Autonomous Exploration and Mapping in Underground Mines using Aerial Robots
 
02:47
This video presents our recent results on Autonomous Exploration and Mapping in Underground Mines using Aerial Robots. It is research activity in the framework of the DARPA Subterranean Challenge.
Views: 2620 Kostas Alexis
[VOD] Prodeus - Cavernous Mines Mapping - Session II
 
03:03:04
Continuing on the newly started underground mines map. I apologies for the lack of commentary, but given how productive I was it feels like it was a good idea. :P Date streamed: 19th May 2019 ----------------- Are you interested in more great content? visit Dragonfly's Doomworks! ✅ Prodeus Updates ✅ Doom Maps ✅ Doom Mapping Tutorials ✅ Mapper's Blog ✅ Dragonfly's Streams 🌐 https://www.dfdoom.com/ ----------------- Never want to miss a stream? Follow me on Twitch & Twitter: 🌐 https://twitter.com/Dragonfly_Doom/ 🌐 http://twitch.tv/dragonflyos/ ----------------- Join in the conversation on Discord: Dragonfly's Doomworks: 🌐 https://discord.gg/PbSjs7h/ Prodeus Development: 🌐 https://discord.gg/GY3gCQU/ ----------------- For full streams and other Prodeus & Doom content, subscribe to this channel: 🌐 https://www.youtube.com/channel/UCGUMGaDVGBhA2x_GP2etJhg/ ----------------- Notice: Due to this video's content being livestreamed first, the video may be subject to a few issues - quality dips, lower bitrate, lag/stuttering, and muted (copyright) audio. There's little I can do to amend this; if I record while I stream the stream itself suffers and my computer lags just a little bit more, which isn't ideal. -- Watch live at https://www.twitch.tv/dragonflyos
Views: 20 Dragonfly
Autonomous drone flight into a mine stope
 
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Autonomous flight into an underground mine stope to explore and map it in 3D. The Hovermap payload enables this by providing GPS-denied flight and collision avoidance. In this trial the drone was tasked to fly to a set of pre-defined waypoints. It descended only 5m into the stope but still obtained a dense and relatively complete map. In future the drone will autonomously explore the stope to ensure full coverage without the need for pre-defined waypoints.
Views: 8242 Emesent
[VOD] Prodeus - Cavernous Mines Mapping - Session III
 
02:43:46
Continuing on the underground mines map. I actually provided commentary this time, heh. Good progress was made, including the start of our first secret area in this map! Date streamed: 21st May 2019 ----------------- Are you interested in more great content? visit Dragonfly's Doomworks! ✅ Prodeus Updates ✅ Doom Maps ✅ Doom Mapping Tutorials ✅ Mapper's Blog ✅ Dragonfly's Streams 🌐 https://www.dfdoom.com/ ----------------- Never want to miss a stream? Follow me on Twitch & Twitter: 🌐 https://twitter.com/Dragonfly_Doom/ 🌐 http://twitch.tv/dragonflyos/ ----------------- Join in the conversation on Discord: Dragonfly's Doomworks: 🌐 https://discord.gg/PbSjs7h/ Prodeus Development: 🌐 https://discord.gg/GY3gCQU/ ----------------- For full streams and other Prodeus & Doom content, subscribe to this channel: 🌐 https://www.youtube.com/channel/UCGUMGaDVGBhA2x_GP2etJhg/ ----------------- Notice: Due to this video's content being livestreamed first, the video may be subject to a few issues - quality dips, lower bitrate, lag/stuttering, and muted (copyright) audio. There's little I can do to amend this; if I record while I stream the stream itself suffers and my computer lags just a little bit more, which isn't ideal. -- Watch live at https://www.twitch.tv/dragonflyos
Views: 16 Dragonfly
Mobile Mapping Underground Mine
 
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For more information on systems for underground mobile mapping please contact [email protected] or visit www.3dlasermapping.com
Views: 3910 3D Laser Mapping
Drones are now flying deep underground to map mines
 
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These drones are boldly going where no drone has gone before – deep underground. More companies are looking at ways to use drones underground or inside infrastructure for help with mapping, surveying, and search and rescue. ----- Want more? Find us online here: Web: https://www.createdigital.org.au/ Facebook: https://www.facebook.com/EngineersAustralia/ Twitter: https://twitter.com/create_digital_ Instagram: https://www.instagram.com/create.digital/ ----- Who we are: create tells the stories behind the people, trends and innovations shaping the engineering profession now and into the future.
Views: 1068 Create Digital
[VOD] Prodeus - Starting a New Map! - Cavernous Mines Mapping Session
 
02:00:06
Starting a new map this session! This map is going to be located in some dank, dingy underground mines, but with a little sci-fi touch to it. Date streamed: 16th May 2019 ----------------- Are you interested in more great content? visit Dragonfly's Doomworks! ✅ Prodeus Updates ✅ Doom Maps ✅ Doom Mapping Tutorials ✅ Mapper's Blog ✅ Dragonfly's Streams 🌐 https://www.dfdoom.com/ ----------------- Never want to miss a stream? Follow me on Twitch & Twitter: 🌐 https://twitter.com/Dragonfly_Doom/ 🌐 http://twitch.tv/dragonflyos/ ----------------- Join in the conversation on Discord: Dragonfly's Doomworks: 🌐 https://discord.gg/PbSjs7h/ Prodeus Development: 🌐 https://discord.gg/GY3gCQU/ ----------------- For full streams and other Prodeus & Doom content, subscribe to this channel: 🌐 https://www.youtube.com/channel/UCGUMGaDVGBhA2x_GP2etJhg/ ----------------- Notice: Due to this video's content being livestreamed first, the video may be subject to a few issues - quality dips, lower bitrate, lag/stuttering, and muted (copyright) audio. There's little I can do to amend this; if I record while I stream the stream itself suffers and my computer lags just a little bit more, which isn't ideal. -- Watch live at https://www.twitch.tv/dragonflyos
Views: 24 Dragonfly
Sirovision - Structural Mapping for Underground and Open Pit Mines
 
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Examples of Sirovision data capture of Underground Headings and Open Pit benches and mines
Views: 998 Jonathan Graham
MPS3D: 3D Radar Tomography for Underground Utility Mapping & Imaging
 
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MPS3D & Craig A. Smith & Associates are the premier providers for 3D underground imaging
Views: 35173 MPS3D
Miner Operated Survey System MOSS Setup Tutorial
 
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Why Northern Survey Supply NSS has been automating Mine Surveying for decades. We’ve partnered with Precision Mining Systems, Autodesk and Leica Geosystems to create the absolute best solution for underground mining – MOSS - Miner Operated Survey System. We’ve been assisting underground mining operations achieve safety and productivity gains by adapting and embracing this new technology. Robotic Total Station with Scanning capabilities are recommended. MOSS interfaces to all existing Leica Robotic Total Stations, including the new Multi Scanning MS60 providing incredible measurement features. • The MS60 provides WiFi communication with exceptional Robotic Speeds and measurement captures • Fast and efficient Laser Tracking for Jumbo Drill Steel Collar Location • 3D Face Scanning supporting Geological Face Mapping • 3D Face Photography with point cloud overlay supporting Face Mapping and structure identification • CMS capability for Stope and Drift analysis While the TS12 and or the TPS1200 series robotic Total Stations will work, the workflow benefits of the MS60 Multi Station provide additional Geological measurements and quality control for Ground Control installation. Call 1.800.462.3223 for more info Visit us online at www.nsscanada.com Visit our Mining Operated Survey System page www.moss.rocks
Views: 3433 NSS Canada
Processing Underground Projects with 3DM Analyst Mine Mapping Suite
 
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This video shows the complete process of generating DTMs for underground projects in 3DM Analyst Mine Mapping Suite, as well as some of the things that can be done with the results.
Views: 2211 ADAMTechnology
The MineComms Mapper™: Mapping Underground Wireless Networks.
 
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Mines now need to know for sure that they have mine-wide communication signals coverage. It's good for safety, and it's required by the MINER Act. The new MineComms Mapper™ system knows where it is in the mine, and what RF signals it is "hearing". It shows you exactly where you have wireless coverage, and where you don't.
Views: 440 skymarkcorp
Underground Mine Maps
 
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If you want to know more about Underground Mine Mapping visit this site http://ugpsrapidmapper.com/underground-mine-mapping/
Views: 17 Hubert Bryant
Field Deployment of Autonomous Aerial Robots in Underground Mines
 
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In this video we present results from a field deployment of robotic systems inside an underground mine. The deployment involved the autonomous operation, exploration and mapping of underground mine drifts and headings using two aerial robots. The first robot based its operation on the fusion of visible-light and thermal camera data alongside IMU cues, while the second robot employed LiDAR as a prime sensing modality. Both robotic systems demonstrated the ability to operate in the challenging underground environment. In addition, we evaluated the ability of a comprehensive LiDAR, visual- and thermal-inertial sensor system to provide persistent localization when ferried onboard a truck navigating across the mine drifts. Such field deployments inside underground mines allow the specific analysis regarding the required improvements and technological breakthroughts towards fully autonomous and long-term subterranean robots. It is expected that, among others, these robots will be able to greatly support the needs and goals of the mining industry. Find out more: www.autonomousrobotslab.com
Views: 6247 Kostas Alexis
Mapping a mine
 
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This video was uploaded from an Android phone.
Views: 96 goldtours
Autonomous Navigation in Underground Mines
 
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The ARIDuA project is funded by the European Social Fund (ESF). In this video the research robot "Julius" navigates through the local research mine "Reiche Zeche". Therefore, it uses the following algorithms: Setup (ROS-indigo) http://www.ros.org/about-ros/ Sensor (KinectONE) https://www.xbox.com/en-US/xbox-one/accessories/kinect http://wiki.ros.org/libfreenect Sensor (Velodyne Puck) http://velodynelidar.com/vlp-16.html http://wiki.ros.org/velodyne Sensor (SICK LMS 511) https://www.sick.com/de/en/detection-and-ranging-solutions/2d-lidar-sensors/lms5xx/lms511-20100-pro/p/p216240 http://wiki.ros.org/LMS1xx Mapping & Localization (RTAB-Map) http://introlab.github.io/rtabmap/ http://wiki.ros.org/rtabmap Navigation & Path Planning http://wiki.ros.org/navigation http://wiki.ros.org/move_base For further information regarding our project please visit: http://aridua.tu-freiberg.de
Views: 958 Mining-RoX
Autonomous Navigation in Underground Mines [short]
 
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The extended version of this video may be viewed here: https://www.youtube.com/watch?v=0qryoXi2ZN8 The ARIDuA project is funded by the European Social Fund (ESF). In this video the research robot "Julius" navigates through the local research mine "Reiche Zeche". Therefore, it uses the following algorithms: Setup (ROS-indigo) http://www.ros.org/about-ros/ Sensor (KinectONE) https://www.xbox.com/en-US/xbox-one/a... http://wiki.ros.org/libfreenect Sensor (Velodyne Puck) http://velodynelidar.com/vlp-16.html http://wiki.ros.org/velodyne Sensor (SICK LMS 511) https://www.sick.com/de/en/detection-... http://wiki.ros.org/LMS1xx Mapping & Localization (RTAB-Map) http://introlab.github.io/rtabmap/ http://wiki.ros.org/rtabmap Navigation & Path Planning http://wiki.ros.org/navigation http://wiki.ros.org/move_base For further information regarding our project please visit: http://aridua.tu-freiberg.de
Views: 199 Mining-RoX
Mining Mapping Video
 
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With an extensive range of maps covering all mining sectors, both here in Australia and overseas, Business Maps Australia can help your business make the best decisions and grow with crucial information. Visit http://www.businessmapsaustralia.com.au or call Steven on 0455 296 533 If you found this video useful, please like so others can find it. Thanks
3D mapping of a mine shaft at Sessa Gold Mine, Switzerland
 
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As part of an interdisciplinary research project for the MSc course of Geomatics at ETH University in Switzerland, the Leica Geosystems team captured geospatial data with the Leica Pegasus:Backpack to create a 3D model of an underground mine shaft in Sessa, Switzerland. This is the 3D point cloud generated based on the survey data.
Views: 2267 Leica Geosystems AG
Graph-based Path Planning for Autonomous Inspection of Underground Mines
 
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In this work we present new results on long-term autonomous exploration and mapping of subterranean settings and specifically underground mines using aerial robots. An aerial robot capable of sensing-degraded localization and mapping utilizes a new graph search-based path planning algorithm to ensure efficient and smooth exploration even in complex subterranean settings. The particular mission took place at the Production Level of an active underground metal mine in Northern Nevada. The derived results provide accurate map representations that in turn allow volumetric calculations and thus key information for mine planning. Furthermore, the onboard vision system can support the detection of artifacts.
Views: 92 Kostas Alexis
Automated Geotechnical Mapping
 
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Introducing the Mining Systems Laboratory's automated geotechnical mapping system. Our system is lightweight, mobile, fast, and accurate. It provides a quick and easy way for geotechnical engineers or geologists to automatically generate rich and complete stereonets that map the joint sets of exposed rock cuts, whether these are on surface, underground, or in hard-to-reach places. An extremely mobile tablet-based version is coming soon ... ask us for details (http://msl.engineering.queensu.ca).
Views: 2343 Offroad Robotics
Underground 3D mapping
 
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3D mapping survey of an underground mining site in south of Morocco by CAP-RESSOURCES
CSIRO - Mapping the Northparkes Mine
 
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In April 2011, CSIRO researchers mapped over 17km of the Northparkes copper/gold mine in New South Wales, Australia. The mine operators required a locally accurate 3D surface model in order to determine whether and how large equipment could be moved through the decline. Vehicle localization underground was achieved using a spinning SICK LMS291. Specialized SLAM software developed at CSIRO allows the vehicle position to be tracked in real-time while simultaneously generating 3D point cloud maps. Two vertical lasers were also mounted to acquire data at uniform density for surface reconstruction. The data was collected in under two hours while driving a site vehicle at regular driving speeds (20-30kph), without disruption to mine operations. The final surface model can be generated within a few hours of acquisition. The resulting surface model is globally consistent and was georeferenced using available 2D mine plan data. The hardware used was previously constructed for other experiments, and due to the short turnaround time for this deployment, it was left mostly unchanged for this application. The plastic sheeting over the sensor payload was required to protect the equipment from dust suppression mist present in some areas of the mine. An earlier video demonstrating the spinning laser SLAM algorithm: http://youtu.be/aAkAyg5mbcg Publications related to this video: [1] R. Zlot and M. Bosse, "Efficient Large-scale Three-dimensional Mobile Mapping for Underground Mines", Journal of Field Robotics, 2014, http://dx.doi.org/10.1002/rob.21504 or https://db.tt/06eNtfbb [2] R. Zlot and M. Bosse, "Efficient Large-Scale 3D Mobile Mapping and Surface Reconstruction of an Underground Mine", International Conference on Field and Service Robotics, 2012. https://db.tt/pGBbw0Pz or http://dx.doi.org/10.1007/978-3-642-40686-7_32 A video drive-through of the mine: http://youtu.beHn11LiwjehQ Other relevant publications: http://www.ict.csiro.au/staff/robert.zlot/publications.php More information on our mapping and localization research can be found here: http://research.ict.csiro.au/research/labs/autonomous-systems/field-robotics/mapping-and-localisation We would like to thank Northparkes Mine for their support and assistance. We would also like to acknowledge the support of the CSIRO Minerals Down Under Flagship http://www.csiro.au/MDU
EnerGIS Conference 2013 - Pennsylvania Underground Mine Mapping Project - Rich Verscharen
 
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EnerGIS Conference 2013 - Pennsylvania Underground Mine Mapping Project, delivered by Rich Verscharen of the Pennsylvania Department of Environmental Protection Geospatial Information Technology Association (GITA) Mid-Atlantic Chapter Northeast Regional Energy GIS Conference September 16-17, 2013
Deswik GeoTools Mapping
 
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Create and visualize chip and channel sample locations directly in your 3D mine model, log geological attributes, and retrieve analysis data from external data sources. Deswik.GeoTools Face Sampling allows underground geologists to manage their face sampling activities directly in their existing 3D mine environment. Users can digitize sample locations, assign sample IDs, collect geological observations and import assays from external lab systems. The system is fully configurable to an individual site and can be set up to accommodate whatever assays and geological observations are being collected. Once data is entered, it is immediately available in the Deswik 3D model space and can be viewed and queried alongside other 3D entities such as level surveys, block models, drillholes etc. Data can be incrementally added to the system as required, with updates from external lab systems performed as often as needed. The data is centrally managed in an SQL server environment, and once in the system, the data is available for any users who can connect to the database. For more information, go to www.deswik.com
Views: 509 DESWIK
eYIC-2017-Mine Mapping and 3D reconstruction of the mine-Demonstration
 
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Demonstration of the project of eYIC-2017 Eyantra Ideas Competition
Views: 236 Ajit Mutalik
Localization and 3D Reconstruction in Underground Mine Environment
 
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This video demonstrates experiments for localization and mapping tasks in underground harsh mine environment, using visual sensors. The experiments were performed in a tunnel of a production area at the LKAB’s iron ore mine in Kiruna, Sweden.
Views: 291 AEROWORKS
Autonomous underground drone flight beyond line-of-sight using Hovermap payload
 
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This is the world's fist beyond line-of-sight autonomous flight of a drone in an underground mine. Our Hovermap autonomy and lidar mapping payload provides this capability, allowing a drone to fly into inaccessible parts of a mine to explore and map them. This shows a 10 min flight into a bulk stope at Northern Star Resources' Jundee mine in Western Australia.
Views: 10671 Emesent
Underground Scanning with the uGPS Rapid Mapper
 
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This is a visualization of the Peck Tech Consulting uGPS Rapid Mapper (https://ugpsrapidmapper.com/) scanning an underground mine drift. Points are coloured according to laser return intensity.
Views: 578 Brian Lynch
Underground mine captured by 3DLM
 
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Underground mine captured by 3DLM with a vehicle based mobile mapping system. Point spacing is about 10mm.
Views: 540 3D Laser Mapping
CSIRO - Mapping the Northparkes Mine (shorter version)
 
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In April 2011, CSIRO researchers mapped over 17km of the Northparkes copper/gold mine in New South Wales, Australia. The mine operators required a locally accurate 3D surface model in order to determine whether and how large equipment could be moved through the decline. Vehicle localization underground was achieved using a spinning SICK LMS291. Specialized SLAM software developed at CSIRO allows the vehicle position to be tracked in real-time while simultaneously generating 3D point cloud maps. Two vertical lasers were also mounted to acquire data at uniform density for surface reconstruction. The data was collected in under two hours while driving a site vehicle at regular driving speeds (20-30kph), without disruption to mine operations. The final surface model can be generated within a few hours of acquisition. The resulting surface model is globally consistent and was georeferenced using available 2D mine plan data. The hardware used was previously constructed for other experiments, and due to the short turnaround time for this deployment, it was left mostly unchanged for this application. The plastic sheeting over the sensor payload was required to protect the equipment from dust suppression mist present in some areas of the mine. An earlier video demonstrating the spinning laser SLAM algorithm: http://youtu.be/aAkAyg5mbcg Publications related to this video: [1] R. Zlot and M. Bosse, "Efficient Large-scale Three-dimensional Mobile Mapping for Underground Mines", Journal of Field Robotics, 2014, http://dx.doi.org/10.1002/rob.21504 or https://db.tt/06eNtfbb [2] R. Zlot and M. Bosse, "Efficient Large-Scale 3D Mobile Mapping and Surface Reconstruction of an Underground Mine", International Conference on Field and Service Robotics, 2012. https://db.tt/pGBbw0Pz or http://dx.doi.org/10.1007/978-3-642-40686-7_32 A video drive-through of the mine: http://youtu.beHn11LiwjehQ Other relevant publications: http://www.ict.csiro.au/staff/robert.zlot/publications.php More information on our mapping and localization research can be found here: http://research.ict.csiro.au/research/labs/autonomous-systems/field-robotics/mapping-and-localisation A longer version of this video is available at http://youtu.be/QQeJ1xd_sOU We would like to thank Northparkes Mine for their support and assistance. We would also like to acknowledge the support of the CSIRO Minerals Down Under Flagship http://www.csiro.au/MDU
Hovermap - World's first autonomous LiDAR mapping payload
 
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Hovermap is the World's first autonomous LiDAR mapping payload for industrial drones. It provides omni-directional LiDAR-based collision avoidance, GPS-denied flight, advanced autonomy and SLAM-based LIDAR mapping. It integrates with a range of drones to add these advanced capabilities, allowing them to be flown safely up-close to inspect and map infrastructure or in GPS-denied environments such as underground mines. More info at https://www.emesent.io/hovermap
Views: 5256 Emesent
Mine Mapping In Africa
 
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Australian Droid + Robot travel half way around the world to survey mine.
Views: 80 Ausdroid Robots
Mine Mapping with Carlson Software
 
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carlsonsw.com/mining
Views: 820 CarlsonSoftware
Sanford Lab-SDSMT mapping exercise
 
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This is a mapping exercise at the 800 Level of the Sanford Underground Laboratory at Homestake. The exercise was conducted by the Geology Department of the South Dakota School of Mines and Technology for graduate geology students.
MINE MAPPING
 
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MINE MAPPING EXAMPLE
Hovermap demo to VIPs at Jundee Mine
 
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A short demo of BVLOS autonomous flight into a stope at Northern Star Resources' Jundee mine to 60+ VIPs before the Diggers and Dealers mining conference
Views: 780 Emesent
Graph-based Path Planning for Autonomous Subterranean Exploration
 
02:04
In this work we present new results on autonomous exploration and mapping of underground mines using aerial robots. A flying robot performing localization and mapping based on the fusion of LiDAR, LED-synchronized vision and inertial sensors, utilizes a new planning algorithm to ensure efficient and smooth exploration even in narrow subterranean settings. This new graph search-based approach exploits the real-time reconstructed structure of the subterranean environment to propose exploratory trajectories that reliably maximize the volumetric information gain over a long horizon. Overall, the robot is able to conduct resilient autonomous and long-term exploration of such underground environments even in visually-degraded and geometrically narrow and complex conditions. The presented results took place inside a metal mine in North Nevada.
Views: 10828 Kostas Alexis
Surveying lecture in Hindi by Parag Kamlakar Pal.
 
32:01
This lecture all about the brief of surveying i.e. what are the different maps involves in the surveying also the different methods of the surveying lime leveling, ranging, mapping also the different maps like engineering maps, topographical map, contour map. As we know that the surveying is a branch of determining the vertical and horizontal distance of any object and locating it on the paper. Visit on my website: www.civilnotess.com
Views: 301799 parag pal
Map Mobile in the capture of Geological Data Mining
 
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Map Mobile in the capture of Geological Data Mining
3D LiDAR Mining - Monitoring equipment operation
 
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3D LiDAR scanners deliver an industry-leading combination of range, data density, acquisition speed, and obscurant-penetrating capability – all packaged for the punishing real-world conditions. Superior range performance up 1000 or 4000 meters. The dust-penetrating and ruggedized 3D scanners are specifically designed for harsh, vibration, and shock intense environments, and can be installed on mining equipment without requiring special air-conditioned or heated enclosures. Whether operating as a perception solution for autonomous equipment operation or as a means to generate real-time 3D data for various applications.
MOSS Miner Operated Survey System January 2017
 
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The MOSS underground surveying software supports a wide variety of Leica Robotic Total Stations including the latest MS60 3D Face Mapping and Jumbo Drill Steel Layout system. MOSS incorporates the use of a Robotic Total Station to control all layout activities related to surveying and the design location of the Jumbo Drill Pattern layouts on active headings. The system/solution will reduce over-break by at least 10 percent, and while using this automation, MOSS reduces manpower at the face. With MOSS implemented in active headings we see a direct result to improved workflow and faster cycle times. The real-time data MOSS is able to capture and provide solutions for: Comparison between Mine Design and Actual Blast, Setting of Line and Grade, Collar Drill Hole Location, 3D drill Pattern Generator, Face Scanning and Photos, and Cavity Monitoring. The entire seven step process takes on average twenty to twenty five minutes. MOSS has proven direct cost savings due to the real-time data provided to the miner at the face. The data collected related to this process is a one man job, thereby reducing manpower cost while increasing safety by having less people in the development heading. See an immediate return on investment in direct relation to more accurate metrics to month end reconciliations and financials. For more information on our MOSS Miner Operated Mining System, please visit our MOSS.ROCKS site About Northern Survey Supply In operation since 1989, Northern Survey Supply is a distributor of surveying products specializing in mining and engineering measurement systems with sales offices serving Southern and Northern Ontario, Canada. Our Mining Sales Division addresses both underground and open pit operations including slope-monitoring systems and cutting edge UAV drone technology, while our Civil Sales Division provides RTK / GPS and robotic Total Stations solutions for large-scale engineering projects. If you are looking to purchase surveying equipment, or have a project underway, our team has the knowledge and equipment to allow you to complete the job. 1.800.461.3223 www.nsscanada.com www.moss.rocks
Views: 900 NSS Canada