Did Iran deploy Kamikaze Drones against Arab nations? How they work and why they are deadly

More than 40 countries now operate or are developing loitering munitions, and recent conflicts have shown that low-cost explosive drones can destroy tanks worth millions of dollars. A kamikaze drone, also known as a loitering munition, is a one-time-use unmanned aerial vehicle (UAV) that searches for a target and destroys it by crashing into it with an onboard warhead. Unlike traditional combat drones, it does not return. It becomes the missile.

The global military drone market is projected to cross $20 billion by 2030, and kamikaze drones are a fast-growing segment because they are affordable, precise, and hard to detect. From the Middle East to Eastern Europe, these explosive drones have reshaped battlefield tactics. In India, defence planners see them as a key part of future warfare, especially for border security and stand-off precision strikes.

A kamikaze drone (also called a suicide drone, loitering munition, or one-way attack drone) is essentially a guided flying bomb. Unlike conventional drones that return after a mission, these are designed to find a target and detonate on impact — destroying themselves in the process. The name comes from the Japanese World War II pilots who flew planes into enemy ships.


It uses a delta-wing airframe with a pusher propeller, has a wingspan of roughly 2.5 metres, and weighs around 200–250 kg. It can travel at 185–200 km/h and has an estimated range of up to 2,500 km, enabling it to strike targets deep behind enemy lines. Its payload — a 40–50 kg high-explosive warhead — is sufficient to destroy or severely damage infrastructure, command centers, and fuel depots.

Iran's kamikaze drone strategy is, at its core, an economic warfare tactic. The Shahed-136 costs between $20,000 and $50,000 per unit — a fraction of the price of a conventional cruise missile, which can run into the millions. This allows Iran to manufacture and deploy them in enormous quantities, flooding the skies with hundreds at a time. The asymmetry becomes even more stark when you consider that the interceptor missiles used to shoot them down — such as the US Patriot or Israel's Iron Dome interceptors — can cost anywhere from $100,000 to over $3 million each. In other words, Iran spends $40,000 to force its enemies to spend ten to a hundred times more just to neutralize a single drone.

In December 2025, Iran delivered the first batch of its Hadid-110 jet-powered suicide drone to the IRGC. It reaches speeds of roughly 510–517 km/h — nearly three times faster than the Shahed-136's 185 km/h — dramatically reducing the warning time defenders have to intercept it.

What is a Kamikaze Drone?

The term “kamikaze” comes from World War II Japan and means “divine wind.” Historically, it referred to suicide pilots who deliberately crashed aircraft into enemy ships. Today, the concept applies to machines, not humans.

A kamikaze drone is a type of UAV that combines surveillance and strike capability in one platform. It can loiter over a target area for minutes or hours, identify a threat using cameras, GPS, infrared sensors, or AI-based systems, and then dive into the target, detonating on impact.

This makes it different from multi-role drones like the MQ-9 Reaper, which carry missiles and return to base after completing missions. A kamikaze drone is single-use. Once it attacks, it is destroyed along with the target.

Iran provided Houthi militants in Yemen with the means and know-how to assemble and launch drones against Saudi Arabia. In September 2019, Iranian drones attacked Saudi oil processing facilities at Abqaiq and Khurais, causing massive disruption.

During the June 2025 Twelve-Day War: Iran fired over 1,000 suicide drones at Israel and US targets during that conflict.

Today, February 28, 2026: Iran has fired ballistic missiles at US bases in the UAE, Qatar, Kuwait, Bahrain, Jordan, and Saudi Arabia in retaliation for the US-Israeli strikes. Arab nations including Qatar, Jordan, the UAE, and Kuwait activated their air defenses to intercept incoming Iranian fire.

China has reportedly been resupplying Iran: Following Iran's losses in the June 2025 conflict, a regional intelligence official confirmed Beijing sent loitering munitions (kamikaze drones) to Iran, alongside surface-to-air missile batteries, reportedly paid for via oil-for-arms arrangements.

How does a Kamikaze Drone work?

A loitering munition follows a clear operational sequence. First, forces launch it from a tube, vehicle-mounted platform, or ground control station. Some systems can even be deployed from larger drones.

After launch, the drone enters a loiter phase. It circles above the designated area while transmitting real-time video to operators. This allows commanders to confirm targets before striking.

Next comes target acquisition. The drone uses GPS coordinates, electro-optical cameras, infrared imaging, or AI-driven object recognition to identify enemy vehicles, radar systems, artillery positions, or personnel.

Finally, once the operator confirms the target, the drone dives at high speed. The onboard explosive warhead detonates on impact. This direct-hit model improves accuracy and reduces collateral damage compared to unguided artillery.

Because of their small size and low radar signature, kamikaze drones often bypass traditional air defence systems. Their unpredictable flight paths and swarm capabilities make interception even harder.

Why are Kamikaze Drones so effective?

Several factors explain the growing demand for suicide drones in modern warfare.

Cost is a major advantage. Many portable loitering munitions cost between $10,000 and $100,000, while advanced cruise missiles can cost over $1 million per unit. This price imbalance allows smaller militaries to conduct precision strikes without expensive fighter jets.

Precision is another key factor. Unlike ballistic missiles, a kamikaze drone can abort a mission mid-flight if civilians enter the area. This real-time control adds tactical flexibility.

Low detectability also matters. Systems like the Harpy, developed by Israel Aerospace Industries in the 1990s, were designed specifically to destroy enemy radar installations. Since then, newer models have become lighter, smarter, and more autonomous.

In recent conflicts, larger models such as the Shahed-136 have demonstrated long-range strike capability, reportedly exceeding 1,000 kilometers. Portable systems like the Switchblade are small enough for soldiers to carry in backpacks.

How much does a Kamikaze Drone cost?

Kamikaze drone cost varies based on range, payload, endurance, and guidance systems. Iran's kamikaze drone Shahed-136 costs between $20,000 and $50,000 per unit — a fraction of the price of a conventional cruise missile, which can run into the millions. This allows Iran to manufacture and deploy them in enormous quantities, flooding the skies with hundreds at a time.

When Iran fires swarms of 100, 200, or even 1,000 drones simultaneously, defending nations face an impossible math problem — they simply cannot afford to intercept every single one without rapidly depleting their own missile stockpiles. During the June 2025 Twelve-Day War, Iran fired over 1,000 of these drones in a single conflict, forcing Israel and the US to burn through enormous quantities of expensive interceptors.

China has also reportedly resupplied Iran with additional loitering munitions, meaning Iran can replenish its arsenal far faster and far more cheaply than its adversaries can rebuild their air defenses.

Small tactical models can cost in the tens of thousands of dollars. Medium-range systems with advanced sensors and encrypted communication links cost more. Long-range drones capable of cross-border strikes can approach six figures.

However, even the most advanced loitering munition remains cheaper than deploying fighter aircraft or cruise missiles. This cost-effectiveness explains why militaries increasingly deploy them in large numbers.

Countermeasures and Ethical Concerns

As loitering munitions spread, nations are investing in counter-drone technologies. Electronic jamming systems disrupt GPS signals. Directed-energy weapons attempt mid-air destruction. Interceptor drones chase and neutralize incoming threats.

Yet defence systems often cost more than the attacking drones. This economic imbalance forces militaries to rethink air defence strategies.

At the same time, autonomous kamikaze drones raise ethical questions. If AI selects a target, who bears responsibility for mistakes? Should machines have lethal decision-making authority? International discussions on autonomous weapons continue, but regulations remain limited.

FAQs:

1. How effective are kamikaze drones in modern warfare?

More than 70% of armored vehicle losses in some recent high-intensity conflicts have been linked to drones and loitering munitions, according to open-source battlefield assessments. Kamikaze drones are effective because they combine surveillance and strike in one system. They loiter, confirm the target, and hit with precision. This reduces wasted ammunition and limits collateral damage. Their low radar signature makes interception difficult. Militaries value them for quick, targeted, and relatively low-cost destruction of high-value assets.

2. How much does a kamikaze drone cost compared to a missile?

Basic loitering munitions can cost between $10,000 and $50,000, while a single cruise missile can exceed $1 million. That cost gap changes battlefield economics. Commanders can deploy multiple suicide drones for the price of one traditional missile. Even advanced long-range variants remain significantly cheaper than fighter jet sorties. This affordability allows smaller militaries to scale operations without massive air power budgets.

3. Can air defense systems stop kamikaze drones?

Many traditional air defense systems were built to intercept large aircraft or ballistic missiles, not small UAVs flying low and slow. Some loitering munitions have radar cross-sections small enough to evade older detection systems. Electronic jamming and laser defenses show promise, but interception rates vary widely. In swarm scenarios, defending forces often face a cost imbalance. Stopping dozens of low-cost drones can require high-cost interceptor missiles.

4. Are autonomous kamikaze drones legal under international law?

There is no comprehensive global treaty specifically banning autonomous lethal drones as of 2025. International humanitarian law requires distinction and proportionality, but enforcement depends on national policy. The legal concern centers on AI-based target selection without human confirmation. Several UN discussions continue, yet binding regulations remain limited. The accountability gap remains a serious policy challenge for governments deploying autonomous loitering munitions.