MST Mine Survey Technologies

Best Practices for GCPs (Ground Control Points) in Mine Surveying 👷🏻 1. Establish a robust network of GCPs. 2. Regularly monitor and maintain GCPs. 3. Use precise survey methods (e.g., GPS, total stations). 4. Integrate GCPs with other survey data (e.g., aerial photogrammetry, LiDAR). By implementing and maintaining an effective GCP network, mine surveyors can ensure accurate, reliable, and efficient data collection, supporting informed decision-making and safe operations. #mining #survey #team

🌞🔭The Sun & Optical Survey Instruments:A Powerful Connection🌞🔭 Did you know that the sun plays a crucial role in optical surveying? Surveyors often rely on sunlight to accurately determine angles and distances using instruments like theodolites and total stations. The clarity and consistency of sunlight are ideal for precision measurements, especially when combined with advanced optics. But what happens when the work goes underground or in low-light environments? 🌑🔦 That’s where artificial or laser light comes into play. When natural sunlight is unavailable, surveyors use precise artificial light sources or laser beams to maintain the same level of accuracy, even in complete darkness! Next time you see a surveyor at work, remember: whether under the sun or underground, they’re mapping the world with precision! #mining #survey #light #team

Just another day in the "office" 👷🏼♂️ #mining #survey #team

#evolution #mining #survey #uav #drones

It's a little cold out today ❄️🌬️ #mining #survey #uav #frozen

Site "offices" are the best offices 😁 #mining #survey #uav #onsite

Happy heritage day 🇿🇦 "It always seems impossible until it's done" ~ Nelson Mandela #team #southafrica #heritage #unity #mining #survey #uav

Teamwork makes the dream work!! #team #survey #mining #uav

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