Commercial drones have reshaped the way certain industries operate, helping them become safer, more efficient and better informed through enhanced data collection. What unique benefits do commercial drones offer different industries? What type of work does a drone pilot typically do? Read on to learn about commercial drone use across three industries: agriculture, energy and mining.

 

Commercial drones offer advantages that organisations could scarcely have imagined a few decades ago. Australia was one of the first countries to legislate commercial drone use in 2002 and by 2012 the drone industry really began to take flight around the world. As more industries recognise the benefits of this technology, commercial drone use continues to soar, with the global drone market anticipated to reach US$41.3 billion by 2026.

Drones in the agricultural industry

While the agricultural industry has been slower than some other industries to adopt drone technology, the significant benefits it offers are beginning to be recognised and a strong uptick in future drone use is anticipated. One of the key advantages drones can offer a farmer is the production of a ‘Normalised Difference Vegetation Index map (NDVI)’, which identifies the specific location of plants and how well each plant is doing. 

 

Software can process the raw data collected and produce reports for farmers indicating potential problem areas, along with suggested actions to remedy the problems. This technology creates obvious advantages for a farmer by offering a bird’s eye view without requiring hours of traipsing through fields to collect the same data. 

 

What does a drone pilot in agriculture do? 

Drone pilots in agriculture have a fairly straightforward job. The main skillset required is being able to fly a drone safely and efficiently - typically a lot of ground needs to be covered to collect data for the NDVI, but once collected, the software will do most of the work required to process and present the findings. 

 

Typical duties include: 

  • Creating NDVI maps to monitor the health of crops 
  • Developing orthomosaic maps to manage turf in a field 
  • Creating floodplain and drainage maps to establish where water will run off and where pesticides may be diverted by the natural landscape

 

 

 

Drone used in agriculture farming mapping technology

Drones in the energy industry

The energy sector was an early adopter of drone technology. The oil and gas industry quickly recognised the advantages of using drones to inspect and maintain pipelines, especially near-impossible-to-access subterranean and underwater lines. Drones enable the detection of gas leaks and the rapid reporting of emergencies such as a pipeline rupture. In the renewable energy sector, drones dramatically reduce the risk of inspecting powerlines, solar panels and wind turbines – without drones, crews have to risk dangerous heights and potential electrocution to carry out the same work. 
 

What does a drone pilot in energy do? 

Drone pilots in the energy sector require technical knowledge to inspect solar panels, power lines and other energy-related infrastructure. Knowledge of aerial thermography is required for solar panel inspections and certain power line inspections. Strong drone flying skills are also required: it can be challenging to operate drones close to power lines due to magnetic interference, and flying too close could potentially fry your drone. 

 

Typical duties include: 

  • Pipelines - using aerial data to detect leaks or cracks in pipelines 
  • Solar panels - using aerial thermography to assess damages or defects 
  • Wind turbines – using aerial data to assess damage 
  • Power lines – using aerial data to assess where lines have been severed or damaged

 

 

 

Drone technology solar cells inspection

Drones in the mining industry

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Drone technology in mining surveyor mapping

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