How Drones Are Changing Warfare?

Estimated reading time: 8 minutes

While we are seeing many drone technology advancements in the commercial and enterprise sectors, a lot is more happening in the war sector.

Drones have been used for several years, but how they are used has changed or adapted over time. As a result, drones have become a significant driving factor in the changing characteristics of war worldwide.

This article will explore how drones are changing warfare, drawing from how we, Ukraine, Russia, the Middle East, and Africa have used them.

How Are Drones Being Used in Warfare?

Below are the main use cases for drones in warfare

Surveillance, Mapping, and Target Gathering:

Due to their ability to travel further or see further, drones are able to surveil and gather data and send it to the command centers in real-time. They have been used for this for the longest including during the wars in Iraq and Afghanistan by the US Military.

Thanks to satellite communication systems, operators don’t have to worry about communication loss.

Drones can also be used to quickly generate 2D and 3D maps of the data collected and algorithms trained to identify specific objects from the maps.

Attacking:

Drones of all sizes have been used to drop ammunition and bombs from a distance. This includes advanced drones like the BlackHawk 3 or customized consumer drones like the DJI drones.

The Ukraine war has also introduced drones that can be used as Kamikaze drones. These drones are loaded with explosives, and the pilot flies them and crashes them into the enemy lines. These could be single drones or swarms of drones designed to overwhelm the enemy, as we will see examples later in the article.

Reconnaissance:

Due to drones’ ability to relay information in real-time, they can be used to conduct reconnaissance before ground operatives can access the area. This helps prevent ambushes and create better plans based on real-time data.

Electronic Warfare:

Just like drones can be deployed to act as relay systems to extend the range, some drones are also being deployed with jamming systems to interfere with enemy drones. 

Logistics:

Drones are not just being used in combat. Drones with larger payload capacities can also deliver critical supplies to the ground teams, especially those in inaccessible areas. These also are practical in areas where manned aircraft would be impractical or risky to use, since downing an airplane would cause more loss than downing a drone that is delivering supplies.

Now let’s come to the main topic,

How Are Drones Changing Warfare?

Now, let’s look at how drones have transformed warfare.

Reducing Human Risk:

One of the main ways drones are changing warfare is by reducing risk to human personnel in wars. UAVs come with a wide range of sensors, giving them the ability to see very far.

The advancements in propulsion technology have also made it possible to build drones with endurance of several hours and communication systems that make them travel very far from the control station. 

As a result, drones can gather intelligence, acquire targets, and guide operations while minimizing the risk of those operating them.

A good example is the Bayraktar TB2 drone, which can fly for up to 27 hours and has a range of up to 200 km. With a few of these, operators can cover several square miles while operating from a secure location.

During the Russia-Ukraine war, drones have also taken a more direct approach where they are used to attacking behind enemy lines.

Drones are used to destroy defenses and crucial infrastructure and cause significant damage to the enemies without the military personnel having to risk their lives. 

Transition to Smaller Drones:

If there is one trend that the recent war between Ukraine and Russia has advanced, it is the use of smaller drones.

The larger drones like the Bayraktar TB2 have been effective in the Middle East, like in the Nagorno-Karabakh war between Armenia and Azerbaijan, where Azerbaijan took the Armenian army by surprise, securing victory. But they succeeded in this case because there was no adequate air defense system to counter such a drone attack.

However, Ukraine and Russia both developed strong air defense systems. As a result, large drones like Bayraktar TB2 were vulnerable since they were easier to detect and also expensive (up to $5 Million) in case one was destroyed. This is why such drones stopped being used in this war back in 2023.

As a result, we have seen the rise of smaller, much cheaper drones in this war. With smaller drones, militaries can send swarms of them, allowing them to overwhelm the enemy’s defense system.

Even though some are shot down, some still make it through and hit the target. In a recent attack, Russia sent 188 drones, and Ukraine shot down 70 of them, but several of them made it through and caused significant damage. 

The wars in Syria and Sudan also proved how effective small FPV drones can be in taking out key establishments of the opponent. In Syria, they took the enemy by surprise, undermining key infrastructure. 

Financial Element:

Drones are introducing an interesting financial element to warfare. From what we have seen in Ukraine, you don’t need a drone worth millions of dollars to have a shot at harming your enemy.

Drones that cost up to $700 are being used to destroy tanks, gas stations, and other facilities. They also introduce an captivating perspective: militaries are less inclined to shoot down a $700 drone with ammunition that costs thousands of dollars, but again, if you let the drone get through, the damage it causes could cost a lot more.

Drones have made it possible for militaries without the resources to stand a chance against their adversaries by investing in drone technology, potentially changing the characteristics of future wars.

Inspiring Advancements in Technology:

The race to outsmart enemies has led to the advancement of robotic technology. Now, militaries are rushing to build better drones to meet their needs. Below are some technological trends resulting from the use of drone technology in warfare

Scaling Drone Production:

Countries like Ukraine are working to build smaller assault drones. However, larger drones are still in production since they have proven useful in other areas.

We are also seeing the adoption of robot technology in other areas like land and sea. For instance, the Russia-Ukraine war is just using aerial drones; they also have Naval drones like the Sea Baby 2024 that can detect threats on water and underwater and deliver explosives up to 1000 KM away. We

have also seen the use of ground robots, like the KNLR-E, to evacuate wounded soldiers, minimizing risk to their personnel.

AI Revolution:

Drones have also led to the advancement of AI. Drones collect large amounts of data, which would be difficult to analyze manually to identify patterns.

As a result, engineers build AI algorithms trained to identify specific objects or patterns. AI systems are also being built to enable semi-autonomous drone missions.

Counter-Drone Technology:

With the rise in drones in warfare, we are also seeing the rise in counter-drone systems. These include spoofing and jamming of enemy drones, where they take control of them or disconnect the pilot, causing the drone to crash. This is now being referred to as Electronic warfare, a term, and tactic that has been introduced in the wake of drones in warfare.

We are also seeing the return of entrenchment on the battlefield due to the ability of the tiny FPV drones to reach far into the enemy line. Other militaries are also combining Electronic Warfare with missiles and machine guns to shoot down drones that get close to their defense systems.

So far, these systems seem to work, with examples in the Russia-Ukraine war, where Russians have intercepted Ukraine drones and vice versa.

Some drone manufacturers are trying to develop frequency hopping to avoid jamming, but we could see more advanced systems penetrate counter-drone technology. 

For now, it’s an unending cycle: one military builds advanced drone technology, while the opponent builds an advanced air defense system, forcing the former to adapt. This cycle goes on and on, leading to the introduction of more technologies.

We also hope to see fully autonomous drones, where the drones are given the target and will accomplish the mission even when the connection between the drone and the controller is intercepted.

Political and Social Impact:

One aspect that people often forget about technology is its social and political impact. Drones and the technological advancements they bring are also changing how peace talks are conducted.

When negotiating for peace, policymakers should consider the role of such technologies, especially weaponizing civilian technologies like drones, and how they affect those directly and indirectly involved.

The Future of Drones in Warfare:

Drones have changed warfare in various ways. They help achieve asymmetric warfare, where even weaker militaries can stand their ground by introducing smaller and cheaper drones or utilizing larger drones where they fit. Drones have also made it safer for military personnel by attacking and gathering data without risking their lives. 

They have also led to the advancement of research and development into better drones, sensors, propulsion systems, counter-drone systems, and AI integration. Modern militaries should take this into account and find ways to integrate drones into their air, land, and naval fleets. 

In the future, we expect to see more UAV adoption in warfare worldwide, more technological advancements in automation and AI, and more integration of drones with other technologies.

We also expect militaries to get creative in coming up with new ways to utilize drones. However, they should always keep in mind how these technologies affect those affected socially and politically.

HAPPY FLYING!

Summary

Article Name

How Drones Are Changing Warfare?

Author

Nick Cast

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Remoteflyer Private Limited

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