MST Mine Survey Technologies

Nice close up of our drone. After completing the preflight checklist & before taking off, to complete a volume related survey flight. #mining #survey #drone #uav #team

Conducting a bathymetric survey at a mine dam is crucial for assessing underwater conditions, ensuring the dam's safety, and managing water resources. The process involves using sonar technology to map the underwater topography of the reservoir. Here's how it works: 1. Preparation: The survey team first prepares by calibrating sonar equipment and ensuring the vessel is properly equipped for data collection. They also gather existing data on the dam’s structure and water levels. 2. Data Collection: The vessel, equipped with sonar, systematically navigates the reservoir, emitting sound waves towards the bottom. These sound waves bounce back to the sonar system, which calculates the depth based on the time taken for the return signal. 3. Data Processing: Once collected, the data is processed to create a detailed 3D map of the underwater landscape. This map reveals sediment buildup, underwater structures, and any anomalies that might affect the dam's stability. 4. Analysis and Reporting: The final step involves analyzing the data to assess the dam's condition and identify any necessary maintenance or safety measures. The survey results help engineers make informed decisions about dam management, sediment removal, or structural reinforcement. This bathymetric survey ensures the ongoing safety and functionality of the mine dam, preventing potential failures and optimizing water resource management. #mining #survey #bathymetric #drones

#inspire #team #drones #mining

Looks like one of our team members got stuck in the mud..🥾🦺 #mining #survey #team #gumboots

Ground control points (GCPs) are crucial in surveying as they provide a reference framework for accurate data collection and mapping. GCPs are physical markers or identifiable features on the ground that are precisely located and measured, serving as a link between the surveyed data and the real-world coordinates. By establishing a network of GCPs, surveyors can ensure that data collected from various sources, such as GPS, photogrammetry, or LiDAR, is accurately georeferenced and aligned with the existing spatial framework. This enables the creation of precise maps, models, and analysis, which is essential for various applications like infrastructure development, urban planning, natural resource management, and disaster response. In essence, GCPs form the foundation for reliable and accurate spatial data, making them indispensable in modern surveying practices. #mining #survey #gcps #lidar

Our survey team, out in the field, installing and setting up control points for an exciting new project. #team #survey #mining

Team preparing to install and measure control points for future calibration use. Proper initial planning and preparation improves the work flow and accuracy going forward. #mining #team #survey #uav

Using a LiDAR (Light Detection and Ranging) scanner underground can provide highly accurate results in various applications, including: 1. Mining: LiDAR scanning helps create detailed 3D models of mines, enabling accurate mapping of tunnels, shafts, and ore bodies. 2. Tunnel construction: LiDAR scanning ensures precise monitoring of tunnel progress, detecting potential hazards and deviations from planned routes. 3. Utility mapping: LiDAR scanning accurately locates and maps underground utilities, reducing the risk of damage or disruption. 4. Cave mapping: LiDAR scanning creates detailed 3D models of caves, aiding in exploration, conservation, and scientific research. 5. Geotechnical monitoring: LiDAR scanning tracks changes in underground rock formations, monitoring stability and potential hazards. LiDAR scanning offers numerous benefits underground, including: - High accuracy and precision - Fast data collection and processing - Non-invasive and non-destructive - Ability to scan difficult-to-reach areas - Generation of detailed 3D models However, it's important to consider the challenges of using LiDAR underground, such as: - Limited visibility and range due to dust, darkness, or tight spaces - Interference from reflective surfaces or atmospheric conditions - Need for specialized equipment and trained personnel By addressing these challenges, LiDAR scanning can provide valuable insights and accurate results in underground applications.

Cleaning and maintaining survey tools, are crucial for several reasons: 1. Accuracy: Dirty or worn-out tools can lead to inaccurate readings, which can compromise the reliability of your survey data. 2. Instrument longevity: Regular cleaning and maintenance help extend the lifespan of your tools, saving you money and reducing waste. 3. Prevent damage: Failing to clean and maintain tools can lead to damage from corrosion, rust, or wear, rendering them unusable. 4. Efficiency: Well-maintained tools are easier to use, reducing the time and effort required for surveys. 5. Professionalism: Properly maintained tools reflect positively on your professionalism and attention to detail. 6. Calibration: Regular cleaning and maintenance ensure that tools remain calibrated, providing reliable data. 7. Safety: Clean and well-maintained tools reduce the risk of accidents or injuries caused by faulty or damaged equipment. By regularly cleaning and maintaining your survey tools, you ensure the quality and reliability of them.

Way up high,or down below....There is no place that we can't go 👌😊 #mining #survey #underground #surface