Commercial Drones Will Transform Work in 13 Ways by 2022

For amateurs, photographers, and FPV racers, drone technology delivers hours of enjoyment. Even audiences searching for a creative substitute for pyrotechnics have jumped on board.

However, we have long since beyond the notion of drones as toys. Drones have evolved into sophisticated data-gathering instruments capable of contributing value in a wide variety of businesses as a result of advancements in computer vision, autonomous flying, and safety measures.

Flying robots are being put to revolutionary use, reducing costs, radically boosting efficiency, and significantly enhancing safety.

DJI Enterprise was founded to bring flying robots into the workplace. Here are 13 instances in which our drones have been successful...

Conservation and Research on Wildlife

The critical job of wildlife conservation and study is not without its difficulties. Often, projects are managed by small teams operating on shoestring budgets. Additionally, there are major obstacles to entry for anyone interested in becoming active.

One of those impediments is financial. Conservation and research efforts must be financially supported. Data does not amass on its own.

Conservation of the seas

Drones have developed into a very effective and economical tool for a variety of wildlife initiatives, democratising participation and broadening the reach of science. Dr. Iain Kerr and his team at Ocean Alliance are utilising DJI platforms to collect whale snot for research in order to monitor the health of our seas. This precious data is being captured more quickly, more precisely, and at a lower cost than ever before.

Additionally, drones are bringing outmoded research methodologies into the twenty-first century. Previously, Ocean Alliance would have collected data through physical biopsies. Another marine nonprofit, Oceans Unmanned, is utilising the technology to offer an overview of attempts to free whales from fishing nets, guaranteeing that people may assist without putting themselves in danger.

Endangered species protection

Drones are also having an effect on dry land. DJI technology is being used to track and monitor lions on the savannah as part of big cat studies. Security officers in Kenya are utilising technology to safeguard elephants from poachers.

Following forest fires and habitat damage in Australia, commercial drones equipped with thermal imaging capabilities have been put to work assisting animal search and rescue operations; many koalas have been rescued, and the number will climb as this new use is refined.

The importance of exploring, comprehending, and safeguarding the natural world has never been greater. DJI drones are enhancing the work of scientists and environmentalists worldwide.

Health Care

Since the Coronavirus outbreak gained national attention, drones have become a highly sought-after instrument in the field of public health.

Drone delivery of vaccinations and other medical supplies has the potential to bolster COVID-19 activities from the Democratic Republic of Congo to the British Isles of Scilly.

Drones are gaining traction as a result of their ability to travel straight to remote people. Additionally, they enable distant delivery and minimum human to human touch.

These current attempts build on the success of firms such as Zipline, which pioneered autonomous drone delivery in Africa and is now expanding to the United States.

Apart from the immediate need to combat the pandemic, drones are at the forefront of efforts to combat what is undoubtedly the world's worst disease: malaria.

Renewable Energy Commercial drones are advantageous in any scenario that requires data collection at a large scale, at a height, or with the use of mobile sensors. Flying robots are being employed to cover all three of those bases in the booming renewable energy sector.

Solar

Solar farm size and capacity are increasing quickly across the world. Regular inspections are essential to keep them working at peak performance. However, the magnitude of the task makes this difficult.

Inspection crews can cover vast regions and pinpoint areas of concern by combining drones with the latest remote sensors and artificial intelligence.

Wind

As with the solar business, wind farms are comprised of fragile equipment that, when not operating correctly, may have a significant influence on power output and energy firms' bottom lines.

Drone technology has enabled novel inspection workflows, lowering expenses in comparison to manned aircraft, avoiding the need for inspection teams to climb turbines until absolutely essential, and analysing the data collected to discover irregularities.

Agriculture

Agriculture is one of the primary users of commercial drone technology, and flying robots are having an influence on farms worldwide.

Models such as the Agras T16 disperse fertiliser and insecticides swiftly and accurately, while multispectral platforms that record data in wavelengths other than visible light, such as the P4 Multispectral, are well-established and indispensable instruments for contemporary farming.

Preservation of the Past

Drones are being utilised to help cultural preservation efforts all around the world. They give accessible platforms for remote sensing, which is one reason.

Numerous archaeological and restoration projects require precise maps and models before work can begin. The requirement for quick and cost-effective data collection has always existed, and advancements in drone technology have resulted in the growing use of DJI equipment for aerial surveys.

Firefighting via Drone

Numerous data collection jobs have historically included placing individuals in danger. That is not always the case with drones.

Nowhere is this movement more evident than in firefighting, where drones are being utilised to augment established methods and to develop new ones.

DJI drones may be utilised as situational awareness tools, delivering airborne intelligence to first responders about the extent and direction of a blaze – especially at night or in the presence of smoke, when thermal imaging can give clarity from above.

Often, that aircraft perspective may be utilised to direct ground personnel' operations, more efficiently fight flames, and search for hotspots that could ignite subsequent fires. Additionally, firefighters may rely on a continual eye in the sky thanks to battery hot-swap technology seen on platforms such as the DJI Matrice 300.

Drones also serve as a catalyst for innovation. The Matrice 600 has been utilised to provide a method for preemptive controlled burns to keep wildfires under control.

Drones for HazMat

Emergency scenarios involving dangerous chemicals necessitate extreme caution and prudence. First responders handle circumstances using a tried-and-true procedure that places a premium on safety.

However, despite long-established methodologies, drones are having a significant impact in the field, providing situational awareness for teams that typically rely on radio contact, scouting areas of concern to determine where crews should deploy and the type of situation they will face, and, in the case of an especially innovative hazmat crew in Florida, delivering tools between zones.

Surveying from the Air

Aerial surveys are another example of how drone technology speeds up the data collection process.

Drones may be used to create 2D and 3D orthomosaic maps, LiDAR point clouds, 3D models, thermal maps, and multispectral maps using pre-programmed flight routes and sophisticated payloads. The application is typically industry-specific.

Multispectral maps, for example, are widely used in agriculture to provide farmers with an overview of crop health. For more dynamic circumstances requiring rapid data collection, such as automobile collision reconstructions, LiDAR point clouds can be combined with ground photographs and aerial shots.

Here is a comparison between LiDAR and photogrammetry. Alternatively, consult our aerial surveying guide for further information on how drones may be used to collect the data necessary for precise maps and models.

Inspections via Drone

Much of the vital infrastructure on which we rely is subject to routine maintenance inspections. Crews operating in risky locations has long been routine procedure for assets such as bridges, railway lines, and communications towers.

Commercial drones make doing these infrastructure checks safer and, in many situations, more efficient.

Inspections of power lines

One such instance is powerlines. By conducting inspections remotely and in bulk, grid operators can minimise downtime and swiftly determine the best course of action.

DJI's Matrice 300 - which is quickly becoming the inspection team's dream tool - combines a 20 MP camera with a 23x magnification, enabling inspectors to detect even the tiniest of errors.

Management of Construction

Construction is a margin-constrained business with long-term productivity stagnation. As such, the industry is primed for upheaval, and drones are already having a significant influence on how data is collected and site awareness is communicated.

From stockpile measures and pre-project planning to safety checks and overall project status reports, having an eye in the sky has proven beneficial for construction organisations.

Mining

Mining is a dynamic business that requires granular data to make educated decisions. Drones have shown to be effective instruments for obtaining comprehensive and high-quality volumetric data with millions of data points - faster, cheaper, and with less human error than previous approaches.

Automated flight planning and data processing have ushered in a revolution in the aviation industry's workflows. Additionally, the use of drones protects employees when doing site assessments or stockpile measurements.

Petroleum & Natural Gas

The oil and gas business is characterised by dynamic and possibly hazardous working situations. Naturally, drones are demonstrating their utility by collecting data in a safe and precise manner.

Their use is partly due to the difficulty of assessing Oil & Gas infrastructure such as flare tips and floating roof tanks from the ground.

However, the emergence of drones in this business is partly a result of technological advancements in software and sensors. Platforms such as DJI's M300 RTK may be utilised to automate inspections with centimeter-level precision for equipment checks and emergency response. DJI's AI-Spot-Check solution, for example, combines machine learning algorithms with an integrated Real-Time Kinematic (RTK) system to verify that the correct data points are collected throughout each trip.

Empowering a Revolution in Productivity

Commercial drones are rapidly gaining traction as critical data collecting tools in a wide variety of sectors. DJI technology is saving lives through applications in public health and emergency response, ensuring worker safety by bringing industrial inspections into the twenty-first century, and accelerating the agricultural and construction sectors' productivity revolutions