Top 10 Applications of Drone Technology (2024)

Introduction

More than $500 billion, this is the staggering revenue number forecast for the drone business by 2030. And, given its current rate of development, we can believe that this prediction will come true.

Unmanned aircrafts have been crucial to the operations of many enterprises and governmental organizations in recent years, including monitoring the Earth’s surface, agriculture, construction, and surveillance, to name a few. You might have even witnessed drones replacing traditional labor patterns and introducing new ones in your own sector. Drone features are proven to be incredibly valuable in locations where man cannot access or operate in a fast and efficient manner, from speedy deliveries during rush hour to surveying an unreachable military base.

What is a Drone?

Drones, also known as unmanned aerial vehicles (UAVs), perform duties ranging from the ordinary to the extremely deadly. These robot-like aircrafts can be seen rescuing avalanche victims as well as delivering groceries to your house — and almost everywhere in between.

Drones have been present for more than two decades, but their origins can be traced back to World War I, when both the United States and France worked on constructing unmanned aircraft. However, the previous few years have been noteworthy in terms of drone adoption, industry utilization expansion, and global awareness.

The level of autonomy of a drone can range from remotely piloted (a human controls its movements) to sophisticated autonomy (a system of sensors and LiDAR detectors calculates its movement).

Different drones may travel at different heights and distances. Close-range drones can often go up to three miles and are generally utilized by amateurs. Close-range unmanned aerial vehicles (UAVs) have a range of about 30 miles. Short-range drones, which can go up to 90 miles, are mostly employed for espionage and intelligence gathering. Mid-range unmanned aerial vehicles (UAVs) have a 400-mile range and could be utilized for intelligence gathering, scientific studies, and meteorological research. The longest-range drones are known as “endurance” UAVs, and they may travel over 400 miles and up to 3,000 feet in the air.

Drones are ideal candidates for some of the world’s most difficult tasks since they can be controlled remotely and flown at varied distances and heights. They can be found assisting in the hunt for hurricane survivors, providing law enforcement and military with an eye in the sky during terrorist scenarios, and promoting scientific study in some of the world’s most harsh climates. Drones have even made their way into our homes, where they serve as both entertainment and an essential tool for photographers.

Today’s Uses of Drone Technology

Drone technology has evolved and thrived in recent years, from technically staffing critical military regions to enticing enthusiasts all over the world. Individuals, businesses, and governments have realized that drones have a variety of valuable qualities, including:

• Aerial photography for journalism and film
• Express shipping and delivery
• Gathering information or supplying essentials for disaster management
• Thermal sensor drones for search and rescue operations
• Geographic mapping of inaccessible terrain and locations
• Building safety inspections
• Precision crop monitoring
• Unmanned cargo transport
• Law enforcement and border control surveillance
• Storm tracking and forecasting hurricanes and tornadoes
• Development of hundreds of more uses of drones are underway due to the multiple investments pouring into this promising industry everyday

Military Drone Technology

The military is probably the oldest, most well-known, and most contentious application of drones. In the early 1940s, the British and American forces began utilizing extremely crude kinds of drones to spy on the Axis powers. Drones today are far more advanced than UAVs of the past, including thermal imaging, laser range finders, and even airstrike instruments. The MQ-9 Reaper is a well-known military drone. The aircraft is 36 feet long, can travel 50,000 feet in the air undetected, and is outfitted with a variety of missiles and intelligence gathering systems.

Delivery Drone Technology

Delivery drones are typically unmanned aerial vehicles (UAVs) that bring meals, packages, or commodities to your front door. These flying vehicles are known as “last mile” delivery drones because they make deliveries from nearby retailers or warehouses. Instead of depending on delivery drivers with inefficient trucks, retailers and grocery chains throughout the country are turning to drones as a more effective delivery alternative. These drones can deliver 55 pounds of items to your front door without requiring you to leave the house. Amazon, Walmart, Google, FedEx, UPS, and many other major corporations are all testing various types of delivery drones.

Drone for Emergency Public Rescue

Due to the scale or severity of the disaster, it is not always safe to send humans into a rescue situation. This is where drones come into play. In the event of a capsized boat or a drowning person, officials can deploy an Autonomous Underwater Vehicle (AUV) to assist in the rescue.

Drone for Agriculture

Drones have also shown to be advantageous to the agriculture business, providing farmers with a variety of options for optimizing their crops to maximize efficiency and minimize physical strain. UAVs make field surveys, sowing across fields, tracking livestock, and predicting crop yields easier while saving agriculture workers important time.

Drone for Outer Space

NASA and the United States Air Force have been testing unmanned aircraft designed for space flight. The Air Force’s ultra-secretive X-37B UAV looks like a small space shuttle. It has been quietly circling the Earth for the past two years, setting a record for the longest unmanned aircraft flight (781 days and counting). Although the Air Force has been ambiguous, it has stated that “the primary objectives of the X-37B are twofold: reusable spacecraft technologies for America’s future in space and operating experiments that can be returned to, and examined on Earth.” When it comes to the future of space exploration and innovation, it appears that drones have been prioritized.

Drone for Wildlife and Historical Conservation

Drones are a less expensive and more efficient way to conserve wildlife. With humans on the ground, tracking wildlife populations is practically difficult. The ability to track travelling groups of animals, ranging from Orangutans in Borneo to Bison on the Great Plains, allows wildlife conservationists to gain a better understanding of the health of their species and ecosystems. Conservation drones are also useful in the fight against poaching in Asia and Africa.

Drones are also being employed in global forestry projects. These drones scan the forest floors of burned-out forests, dropping seed vessels containing seeds, fertilizers, and nutrients that will help a tree rise from the ashes. Since the early 1990s, there has been around 300 million acres of deforested land. What would take humans approximately 300 years to reforest can be performed more efficiently with seed-planting drone technology.

Drone in Medicine

How do you get medical supplies to people who live in remote areas? What device could you utilize to transport organs to transplant patients? Drones can address both of those questions. Unmanned aerial vehicles are now being utilized to carry emergency medical supplies and goods to remote villages in Alaska. Instead of depending on dog sleds, snowmobiles, or ambulances that can’t manage the snow, Alaskans are turning to drones to get life-saving medical supplies delivered promptly.

Drones are also being used to transport donated organs to transplant recipients. A kidney was recently moved from one hospital in Maryland to another in under five minutes using a specially designed drone. This has the potential to reduce the painfully sluggish rate at which donations typically arrive (if they arrive at all). Organs are typically supplied through chartered or commercial flights. Delays and failures in judgement create dangerous two-hour or longer delays for 4% of all organ deliveries. Drones can significantly reduce time while also providing a safer and more secure means of organ transportation.

Drone for 3D Modeling

LiDAR drones are equipped with LiDAR sensors, which survey landscapes and collect detailed data that can be used to create 3D models. Drones with LiDAR technology can provide significantly more accurate data than drones without the technology. Aside from making it easier for drones to navigate varied surfaces, LiDAR allows them to locate targets in search and rescue missions, evaluate crops in agriculture, and many other things.

Drone for Photography

Drones have been a benefit to aerial photographers who employ UAVs to get expansive shots. Have you ever wanted to have a bird’s-eye view of your favorited city, beach, or building? There are drones designed exclusively for photography that offer a different perspective on some of your favorite locations.

Conclusion

Drones and unmanned aircraft will be used by numerous enterprises and government agencies. Complementary technologies such as 5G, augmented reality, and computer vision are likely to drive drone market growth and improve drone communication and intelligence.

As the usage of personal and commercial drones grows, government agencies will refine their laws and restrictions. Drones will also provide new security flaws and attack vectors.

References

Drone Technology: What Is a Drone?

Drone technology uses and applications for commercial, industrial and military drones in 2021 and the future

drone (UAV)