Mining & Aggregates

Elevating the efficiency of overseeing expansive mining operations and quarries is now within reach, thanks to the rapid acquisition of comprehensive terrain data facilitated by drone technology. This innovative approach not only ensures the swift collection of crucial data but also enhances safety and reduces costs when compared to conventional measurement methods, all while minimizing disruptions to on-site machinery operations.

1. Swift Data Collection: The utilization of Poldrone aircraft enables a swift and efficient data collection process. Surveyors can swiftly capture a wealth of critical terrain information without the need for time-consuming and labor-intensive on-foot measurements.

2. Safety Advancements: Drones eliminate the need for employees to navigate potentially hazardous areas such as stockpiles or active machinery zones. This not only mitigates the risk of accidents but also ensures the well-being of personnel involved in data collection.

3. Cost Savings: Traditional measurement methods often entail substantial costs associated with personnel, equipment, and the time required for data acquisition. In contrast, drone technology offers a cost-effective alternative by significantly reducing these expenses.

4. Uninterrupted Operations: One of the significant advantages of utilizing drones in mining and quarry operations is the minimal disruption to machine operations. Drones can perform data collection tasks without interfering with the ongoing activities of heavy machinery and vehicles, maximizing operational efficiency.

5. Vast Coverage: Poldrone aircraft are capable of covering extensive areas, with the potential to survey up to 150 hectares (370 acres) in a single flight. This expansive coverage ensures that your surveyors can gather data comprehensively and efficiently, reducing the need for multiple surveying missions.

6. Enhanced Data Capture Efficiency: Compared to land-based survey methods, the use of drones offers a remarkable boost in data capture efficiency. The ability to swiftly and accurately gather data over large areas translates into more precise measurements and a deeper understanding of the terrain, ultimately benefiting decision-making and planning processes.