drones for mining
Smarter, Safer, and More Efficient Mining with Jinghong Drones
Talk With our Mining Drone Expert
Mining drones are transforming how companies conduct exploration and operations. They can deliver real-time aerial data more quickly and safely. From stockpile measurement to slope monitoring, drones lower costs, increase accuracy, and boost worker safety.
Jinghong mining drones offer 120 minutes of flight time, a payload capacity of 150kg, and hover accuracy of 0.1m. They are constructed from carbon fibre and 7075 aerospace aluminium, enabling operation in challenging mining environments. They are particularly suitable for supporting professional tasks in surveying, safety, and environmental management.
Drone for Mining Applications
Mining drones are commonly employed in surveying, stockpile measurement, drilling, and blasting. They generate precise 3D terrain models, determine material volumes, and plan accurate blast patterns. Drones also oversee slope stability, road conditions, and equipment usage, while detecting hazards such as gas leaks or unstable walls. Additionally, they support environmental monitoring by tracking dust, water runoff, and vegetation for compliance and sustainability.
Mine Surveying and Mapping
Stockpile Volume Measurement
Drilling and Blasting
Use cases of drones in mining
Open-Pit Mine Management
Drones offer cost-effective, high-quality spatial data. They monitor mine operations, stockpile alterations, tailings capacity, and reclamation progress. This enables smarter production management.
Mineral Exploration and Geological Survey
Equipped with sensors such as magnetometers and gamma spectrometers, drones detect underground minerals and produce geological maps. They are ideal for challenging terrains and remote regions.
Tailings Dam Safety Monitoring
Using remote sensing, drones regularly monitor tailings dams. They evaluate storage capacity and detect risks, aiding in the prevention of dam failures.
Disaster Response and Emergency Rescue
In events such as landslides or collapses, drones capture aerial images and data within minutes. This facilitates quick disaster assessment and emergency response.
Environmental Monitoring and Slope Stability
Drones monitor environmental changes and assess slope conditions. They assist in preventing mining hazards and promoting ecological protection.
Equipment and Transport Oversight
Drones monitor autonomous trucks, excavators, and transport routes, enhancing automation and efficiency.
Large-Scale Surveying
Drones map extensive mining regions in 3D, estimate reserves, and produce precise models. These aid in planning and strategic decision-making.
Drones & Payloads for mining
Benefits of using a drone in mining
Adaptability in Complex Terrains
Drones access narrow, steep, or remote sites that trucks or surveyors cannot reach. This increases coverage by 20–30% compared to ground surveys.
Lower Operating Costs
Drone surveying reduces costs by 30–40% compared to traditional methods. Less manpower, fewer vehicles, and shorter project cycles lead to significant savings.
Efficient Data Collection
Drones survey areas 60–80% quicker than ground teams. A large pit survey that previously took 3 days can now be finished in 6–8 hours.
Improved Safety
By removing workers from hazardous zones, drones reduce safety risks by up to 70%. They also decrease the need for scaffolding and climbing inspections.
Environmental Monitoring and Disaster Prevention
Drones identify slope instability and tailings dam problems early. Studies indicate that aerial monitoring can cut disaster damages by as much as 50%.
High-Precision Measurement
With LiDAR and RTK/PPK GNSS, drones attain a mapping accuracy of ±3–5 cm. This guarantees dependable data for mine planning and volume estimations.
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FAQ
Yes. Drones are highly useful in mining. They enhance efficiency and gather data swiftly and precisely. They oversee stockpiles, monitor slopes, and assist with environmental inspections. Compared to traditional methods, drones save time, reduce costs, and support better decision-making.
Drones keep workers safe by preventing them from danger. They examine unstable sites remotely and utilise thermal or gas sensors for hazard detection. In emergencies, drones deliver quick responses without putting personnel at risk.
Drone surveys cover vast areas in hours instead of days. With RTK and LiDAR, accuracy reaches 1.5–3 cm, close to traditional survey precision in most mining tasks.
Drones complement rather than fully replace ground surveys. They are quicker, safer, and can access difficult areas. They produce detailed 3D models, but accurate boundary or depth surveys still require traditional tools.
Outputs consist of orthomosaic maps, 3D point clouds, textured meshes, DSM/DTM, volume calculations, contour maps, and comparisons of as-built versus planned progress.
It depends on the activity. Rapidly changing sites may require weekly or biweekly flights. Stable sites can be surveyed monthly, quarterly, or after major changes. The aim is to collect timely data without unnecessary flights.