Facts About Ballistic Missiles & ICBM

 A ballistic missile is a missile that travels through the air along a high, curved trajectory, similar to throwing a ball very far—hence the name ballistic.

How it works

A ballistic missile generally has three phases:

Launch/boost 🚀 — Its rocket engines fire and accelerate the missile upward and forward.

Midcourse 🛰️ — After the engines stop, it can travel through the upper atmosphere or space mostly by inertia, following a ballistic trajectory.

Reentry/terminal ☄️ — The warhead comes back into the atmosphere at very high speed and descends toward its target.

So after the rocket engines stop, the missile doesn't need an engine constantly pushing it toward the target. Its trajectory is largely determined by its initial velocity, gravity, and the shape of its flight path.

One subtle point: saying it "relies on gravity" is slightly incomplete. Gravity pulls it toward Earth, but momentum is what keeps it moving forward. The combination of the two produces the characteristic curved/ballistic trajectory.

That's also why it's called a ballistic missile: much of its flight after powered ascent follows a trajectory governed by physics—especially gravity and inertia—rather than continuous powered flight.

Where The Engine Shut Downs

Usually, the rocket engine shuts down near the end of the boost phase, often at very high altitude—sometimes near or above the edge of space, depending on the missile.

But the exact altitude varies considerably between missiles.

After Shut Down?

A ballistic missile is generally built in stages. When a stage has finished burning its fuel, it is no longer useful.

The discarded rocket stages don't follow the warhead all the way to the target. They separate and follow their own trajectories. Depending on the missile and where separation occurs, they can fall back toward Earth, burn up partially in the atmosphere, or in some cases remain in space temporarily.

What about the final "engine"?

The final rocket stage may carry the reentry vehicle/warhead. Once its job is finished, the propulsion system separates from the payload. The warhead/reentry vehicle then continues primarily through inertia and gravity.

So you can picture it as: Rocket gives the payload its enormous speed, Payload = coasts through space, then gravity + momentum = brings it back toward Earth.

And the rocket engine doesn't simply "break apart" when it stops. The missile deliberately separates its stages, using mechanisms designed for that purpose.

Could a discarded stage hurt people on the ground?

Yes. A spent rocket stage has a lot of mass, and when it falls back to Earth it can potentially cause damage.

Much of it may burn up during atmospheric reentry, depending on its size and materials. Larger pieces can survive and reach the ground.

This is one reason missile launches are carefully planned. The expected debris/impact area is taken into account, and military test launches generally occur over areas where falling stages won't endanger populated areas.

Does launching missiles create "rubbish" in space?

Sometimes, yes. But this is more complicated than simply leaving every missile stage floating around.

For an ICBM, some components can reach space or near-space, but many eventually fall back to Earth.

So rocket launches can contribute to space debris, but ICBM launches aren't the main source of today's enormous orbital-debris problem. Most ICBM test trajectories are not designed to put their stages into a permanent orbit.

Why are they different from ordinary missiles?

The important distinction is how they fly.

Ballistic missile goes very high, then falls toward the target at tremendous speed, whereas cruise missile generally stays inside the atmosphere and flies more like an aircraft, using engines and guidance throughout much of its flight.

Ballistic missiles can range from relatively short-range weapons to ICBMs (intercontinental ballistic missiles) capable of traveling thousands of kilometers.

For example, an ICBM could be launched from one continent, travel through near-space, and reenter the atmosphere over another continent.

Which Country First Created Missiles

The first true rockets—and therefore the ancestors of modern missiles—were developed in China.

🏹 China, around the 13th century: Chinese inventors developed gunpowder-powered rockets, initially used as weapons and fireworks.

The technology spread westward through Asia and eventually reached Europe.

🚀 Modern military missiles, however, are much more recent. They emerged mainly during World War II, particularly through German development of the V-1 flying bomb and V-2 rocket.

Which Country First Created Ballistic Missiles

The first country to create a modern ballistic missile was Germany during World War II.

The missile was the V-2 rocket, developed by Nazi Germany and first successfully launched in 1942. It was operationally used against targets in 1944.

Which Country First Created ICBM

Russia created the first ICBM - R-7 Semyorka, first succesful test on August 21, 1957 flew over 6,000 km. The purpose was to carry nuclear warheads from Russia to the United States. That same R-7 rocket launched Sputnik — the first satellite — into space!

Most Advanced Ballistic Missiles Today

Different countries lead in different technologies.

Russia's Avangard is probably the most unusual and technologically advanced type of ballistic-missile payload currently fielded. It isn't a conventional ballistic missile by itself: a ballistic missile boosts it into the atmosphere, after which the Avangard hypersonic glide vehicle separates and maneuvers toward its target. CSIS reports speeds reaching around Mach 20.

But for a conventional ICBM: China's DF-41 is one of the most impressive. It is an operational ICBM with a reported range of roughly 12,000–15,000 km, is road-mobile, and is believed capable of carrying multiple independently targeted warheads (MIRVs).

The US/UK Trident II D5 is arguably the most mature and proven system rather than the newest-looking one. It is launched from nuclear-powered ballistic-missile submarines and can carry multiple nuclear warheads. It has been operational since 1990 and has undergone extensive modernization.

In Other Words

Most exotic technology → Avangard (Russia).

Most advanced traditional land-based ICBM contender → DF-41 (China).

Most mature/proven strategic missile system → Trident II D5 (US).

However, Avangard is technically a hypersonic glide vehicle carried by a ballistic missile, whereas DF-41 and Trident D5 are themselves ballistic missiles. That's why comparing them as if they're exactly the same weapon can be misleading.

Missile	Country	Type	Range (km)	Warheads	Special Strength
Sarmat	🇷🇺 Russia	Silo ICBM	~18,000	10–16	Heaviest payload, Avangard‑capable
Trident II D5	🇺🇸 USA/UK	SLBM	~12,000	8–14	Most accurate, stealth subs
DF‑41	🇨🇳 China	Road ICBM	12,000–15,000	up to 10	Mobile, hard to target
Avangard	🇷🇺 Russia	HGV	ICBM‑boosted	1	Mach 27, uncatchable
M51.2	🇫🇷 France	SLBM	>10,000	6	Independent European deterrent

Khamenei was killed by ballistic missiles? - Blue Sparrow

On Feb 28, 2026, Israel reportedly launched Blue Sparrow missiles from F-15s toward Tehran. Reports claim they struck Khamenei's compound, killing him.

However, Israel and US have not officially stated which weapon was used. Some analysts caution that "Blue Sparrow" as the strike weapon is plausible but unproven — it could be speculation or misinformation spread on social media. 

Khamenei's death itself was confirmed by Iranian state media, but exactly which weapon killed him remains officially unstated.

The Blue Sparrow was not originally built to kill people. It belongs to Israel's Sparrow family (Black → Blue → Silver), designed to simulate enemy ballistic missiles during tests of Israel's Arrow missile defense system. It mimics the speed, altitude, and radar signature of Iranian Shahab-3 and Scud missiles — so Israel could practice shooting them down.

But it can be weaponized: the same body can carry a real warhead instead of test instruments.

Detail	Information
Country of Origin	Israel 🇮🇱
Manufacturer	Rafael Advanced Defense Systems
Type	Air-Launched Ballistic Missile (ALBM)
Length / Weight	6.51 m / ~1,900 kg
Range	Up to ~2,000 km
Launch Aircraft	F-15 fighter jets
Guidance	Inertial + GPS satellite navigation
Trajectory	Briefly exits atmosphere → steep, near-vertical hypersonic descent

Blue Sparrow vs Kinzhal vs China's ALBMs

Feature	Blue Sparrow (Israel) 🇮🇱	Kh-47M2 Kinzhal (Russia) 🇷🇺	CH-AS-X-13 / JL-1 (China) 🇨🇳
Length / Weight	6.51 m / ~1,900 kg	~8 m / ~4,300 kg	~10–12 m / 8,000–10,000 kg
Range	~2,000 km	1,500–2,000 km (MiG-31) / up to 3,000 km (Tu-22M3)	~3,000 km+
Speed	Mach 5–9 (est. Mach 10–15 terminal)	Up to Mach 10 (terminal)	Mach 5+ (est.)
Guidance	Inertial + GPS (high precision)	Inertial + GLONASS	Inertial + Beidou
Accuracy (CEP)	~3–5 meters (reported)	~10–20 meters	~10–30 meters (est.)
Warhead	Conventional penetrator (~300–500 kg)	Conventional (480 kg) OR Nuclear	Nuclear-capable
Launch Aircraft	F-15I	MiG-31K / Tu-22M3	H-6N / H-6K bomber
Trajectory	Exits atmosphere → steep near-vertical dive	High ballistic arc → hypersonic dive	High arc, anti-ship variant exists
Original Purpose	✅ Began as target missile → converted to strike weapon	✅ Built from start as strike weapon (derived from Iskander-M)	✅ Built from start as strategic nuclear deterrent
First Operational	~2010s (as target); strike variant reported ~2024	2017–2018	~2024–2026
Combat Use	Reported in strikes on Iran (2024, 2026)	Used extensively in Ukraine (2022–present)	Not publicly used in combat

No country has ever used an ICBM in an actual war.

Even though physically possible, no country has ever deployed operationally armed conventional ICBMs. Here's why:

The "Nuclear Mistake" Risk — Biggest Problem

The main reason is nuclear deterrence. Most ICBMs are nuclear-armed, and using one against another nuclear power could trigger catastrophic retaliation.

If the U.S. launched a conventional ICBM, Russia/China would see the same radar signature as a nuclear ICBM, they cannot tell the difference so they might assume it's a nuclear strike and launch their own nuclear missiles in retaliation and cause World War III by accident.

Cost vs. Value Problem

ICBMs are extremely expensive — billions to develop, millions per missile. A conventional warhead is just ~500 kg explosives — you can deliver that cheaper with shorter-range missiles or bombers. It's like using a nuclear submarine to deliver a single commando — overkill and dangerous.

Russia-Ukraine War

True ICBMs (≥5,500 km range) = never used.

But there was major confusion in Nov 2024. Ukraine claimed Russia fired an ICBM at Dnipro. Putin corrected it, it was the Oreshnik — intermediate-range (IRBM), NOT ICBM (~3,500–5,000 km, below the 5,500 km ICBM threshold).

All confirmed Russian missiles in Ukraine: Iskander (SRBM), Kinzhal (ALBM), Oreshnik (IRBM) — none are ICBMs.

US–Iran / Israel–Iran conflicts

ICBMs also never used.

Why? US didn't need them — used bombers, cruise missiles, regional ballistic missiles. Iran has no ICBM capability at all — their longest-range missiles are ~2,000 km (MRBM), nowhere near ICBM.

US has never fired an ICBM in combat in all of history. No country ever has.

Country With Most Ballistic Missiles

Rank	Country	Estimated Missiles	Notes
🥇	🇨🇳 China	~2,900–3,100	World's largest conventional missile force — SRBM + MRBM + IRBM
🥈	🇷🇺 Russia	~1,400	Mostly shorter-range + ICBMs
🥉	🇺🇸 United States	~1,300	Mostly ICBMs + SLBMs
4	🇰🇵 North Korea	~1,000	Rapidly growing
5	🇮🇱 Israel	~850	Jericho series
6	🇮🇷 Iran	~800	Large conventional regional force
7	🇹🇷 Turkey	~320	Mostly short-range

Who Are the Houthis? A Simple Guide to Yemen’s Armed Movement

Who are the Houthis?

The Houthis are a Yemeni political and armed movement that controls large parts of northern Yemen. Their formal name is Ansar Allah (“Supporters of God”).

The Houthis emerged in northern Yemen and began as a religious and political movement among Yemen's Zaydi Shi'a community in the 1990s. They were founded and led by members of the al-Houthi family, particularly Hussein Badreddin al-Houthi.

Their movement grew because of opposition to Yemen's government, which they accused of corruption, authoritarianism, and being too closely aligned with Saudi Arabia and the United States.

They are supported by Iran, which has provided weapons, technology, training, and other assistance, although the Houthis have their own Yemeni leadership and interests rather than simply being an Iranian military unit.

Today, the Houthis control Sanaa and much of northwestern Yemen, although they do not control the entire country.

Why do they fight Saudi Arabia?

Saudi Arabia borders Yemen directly and has historically supported Yemen's internationally recognized government against the Houthis.

The Houthis and Saudi Arabia therefore became enemies during the Yemen war. Houthis have launched ballistic missiles and drones toward Saudi territory, while Saudi Arabia conducted extensive airstrikes against Houthi positions.

What About Iran

Houthis are not simply "Iranian soldiers."

They are a Yemeni movement with their own leadership and objectives. However, Iran has provided the Houthis with various forms of support, including weapons, technology, training and other assistance. This has contributed to the broader regional rivalry between Iran and Saudi Arabia.

Iran and the Houthis also share opposition to Israel and strong hostility toward U.S. military presence in the region.

The Houthis originated in northern Yemen and eventually became powerful enough to capture Sanaa, Yemen's capital, in 2014. Saudi Arabia viewed the Houthi takeover as a major security threat because:

• Yemen borders Saudi Arabia.
• The Houthis had become an armed movement closely aligned with Iran, Saudi Arabia's regional rival.
• Houthi forces possessed missiles and drones capable of reaching Saudi territory.
• Saudi Arabia supported Yemen's internationally recognized government against the Houthis.

Why are we hearing about them so much recently?

Because the Houthis have become particularly important to international shipping.

They sit near the Bab el-Mandeb Strait, one of the world's important maritime chokepoints connecting the Red Sea with the Gulf of Aden and the Indian Ocean.

Since late 2023, the Houthis have attacked or attempted to attack commercial and military vessels in the Red Sea, saying their actions are connected to the Gaza war.

So you can think of the Houthis as:

Yemeni movement → controls much of northern Yemen → fought Saudi Arabia → supported by Iran → possesses missiles and drones → sits next to a major global shipping route.

The Houthi de facto government in Yemen

The Houthis control only roughly one-third of Yemen's territory, concentrated in the northwest. But that territory contains approximately 70–80% of Yemen's population, including Sanaa, the capital.

Even though the Houthis control the area where most Yemenis live, the majority of Yemenis are not necessarily "Houthis".

Yemen is roughly ~65% Sunni Muslim and ~35% Zaydi Shia Muslim. But these are estimates rather than precise census figures.

The Houthis are a Zaydi movement, but that does not mean all Zaydis support the Houthis. Likewise, being Sunni doesn't automatically mean someone supports the anti-Houthi side.

	Approximate situation
Territory controlled by Houthis	~⅓ of Yemen
Population living under Houthi control	~70–80%
Entire Yemeni population	~34.5 million (2025 estimate)
Estimated Sunni population	~65%
Estimated Zaydi/Shia population	~35%

The Houthis do not need a majority of Yemenis to support them to control Yemen's most populated areas.

Their military organization and control of the northwest allow them to govern a huge portion of the population even though they don't control most of the country's land.

And because the Houthis control Sanaa and much of the northwest, they have effectively built a de facto government there. The internationally recognized government operates primarily from areas outside Houthi control. The political landscape has also become more complicated because the anti-Houthi camp itself contains competing factions.

How Houthis Conquered Most of Yemen

The key is that the Houthis didn't conquer Yemen by themselves in one giant military victory. They took advantage of a very weak and divided state, made alliances, and captured the political center of the country.

Before the Houthis took Sanaa, Yemen had serious problems. President Ali Abdullah Saleh had ruled for decades and built a complicated network of military, tribal, and political alliances.

After the 2011 Arab Spring uprising, Saleh left office. His successor, Abdrabbuh Mansur Hadi, struggled to hold the country together. 

The transition process failed to resolve major disagreements over how power and territory should be distributed. Different military units, tribes, political parties and regional movements had their own interests.

So when the Houthis expanded, they weren't attacking a strong, unified government. They were entering an already-fractured political system.

The Houthis initially had help from their former enemy

Ali Abdullah Saleh, the former president, had actually fought the Houthis six times between 2004 and 2010.

But after Saleh was removed from power in 2012, he had a new enemy: Hadi's government.

So Saleh and the Houthis temporarily decided that "We used to fight each other, but we have a common enemy now."

Saleh still had loyalists inside the military, security forces, tribal networks and political establishment. Those forces joined with the Houthis and significantly increased their military strength.

Then came the 2014 fuel-price protests

In 2014, Hadi's government removed fuel subsidies, causing fuel prices to rise. The Houthis organized large demonstrations demanding lower prices and political reforms. This allowed them to attract support beyond their traditional Zaydi/Shia base.

In September 2014, Houthi forces entered Sanaa. They initially didn't need to destroy the entire city or fight every government soldier. The government was already extremely weak, while Houthi forces and their allies had considerable military capability.

By late 2014, the Houthis had captured much of Sanaa. Then in January 2015, they seized the presidential palace and placed Hadi and his government under enormous pressure. Hadi eventually fled Yemen and went to Saudi Arabia.

Saudi Arabia then intervened — but couldn't simply remove them

Saudi Arabia therefore intervened in March 2015, leading a coalition to try to restore the internationally recognized government.

But Saudi airpower couldn't simply translate into control of Yemen's mountains and cities.

The Houthis proved capable of surviving years of fighting and eventually the front lines largely stabilized.

And then something unexpected happened

In 2017, Saleh decided to break with the Houthis and seek an accommodation with Saudi Arabia. The Houthi-Saleh alliance collapsed.

The Houthis then fought Saleh's forces in Sanaa. Saleh was killed by Houthi forces in December 2017. So the same man whose military network had helped the Houthis capture Sanaa eventually became their enemy and was killed by them.

After that, the Houthis became much more firmly established as the dominant power in northern Yemen.

The Houthis actually had a chance to take much more of Yemen in 2015, including moving toward Aden, but Saudi intervention pushed them back. That explains why Yemen ended up divided rather than becoming completely Houthi-controlled.

Does the World Rely on Gulf Oil as Much as You Think?

Does The World Get Its Oil Mainly From The Gulf Countries?

The answer is no, not the majority of world production, but yes, they dominate global oil exports (the oil that actually crosses borders).

World produces ~105 million barrels/day (mb/d). Gulf countries produce about 1 in 4 barrels of world total — not the majority. The US alone produces roughly as much as all Gulf countries combined.

Using 2025 production data, the United States was actually the world's largest oil producer, followed by Saudi Arabia and Russia.

Region/Country	mb/d	Share
🇸🇦 Saudi Arabia	~9–10	~9%
🇮🇶 Iraq	~4.4	~4%
🇦🇪 UAE	~3.3	~3%
🇮🇷 Iran	~3.2	~3%
🇰🇼 Kuwait	~2.9	~3%
🇧🇭 Bahrain + 🇶🇦 Qatar	~1.5	~1.5%
Gulf Total	~24.3	~23%
🇺🇸 United States	~24.6	~23%
🇷🇺 Russia	~9.5	~9%
🇨🇦 Canada	~5.9	~6%
🇧🇷 Brazil	~5.5	~5%
🇳🇴 Norway	~4.2	~4%
🇨🇳 China	~4.1	~4%
Others	~26.9	~26%

In 2025, the U.S. produced a record 13.6 million barrels/day of crude oil and exported about 4.0 million barrels/day of crude oil.

The United States does sell a substantial amount of oil to other countries — much more than we might expect. The reason we don't hear about it as often is that the U.S. is simultaneously a huge oil producer, huge oil consumer, huge importer, and huge exporter.

So where does America's oil go?

Rank	Country	Daily Barrels	Note
1	🇳🇱 Netherlands	~1.15 million	Europe's main hub — redistributed to EU
2	🇰🇷 South Korea	~280,000	Fastest growing buyer — up 4× since Hormuz disruption
3	🇮🇳 India	~320,000	Major buyer since 2022
4	🇯🇵 Japan	~240,000	Just started buying heavily in 2026
5	🇸🇬 Singapore	~220,000	Regional refining hub
6	🇨🇦 Canada	~350,000	Cross-border trade
7	🇨🇳 China	~150,000+	Buys when prices are low — no ban
8	🇲🇽 Mexico	Large — refined products	Top market for US gasoline
9	🇪🇸🇮🇹🇬🇧 Europe	~1 million+	Spain, Italy, UK all regular buyers

Global Oil Exports — Gulf = ~40–44% (Largest Share)

This is where the Gulf dominates — because they consume very little domestically and export nearly everything:

Region	Export Share	Key Detail
⛽ Persian Gulf	~42%	Saudi Arabia = single largest exporter
North America	~20%	US + Canada — growing fast
Europe / Russia / Eurasia	~21%	Russia, Norway, Kazakhstan
Africa	~8%	Nigeria, Angola
South America	~7%	Brazil, Guyana
Asia-Pacific	~2%	Indonesia, Malaysia, Australia

Nearly half of all oil traded internationally comes from the Gulf. That's why Hormuz matters — it's the gateway for this massive export volume.

The seven Persian Gulf countries—Iran, Iraq, Kuwait, Saudi Arabia, UAE, Qatar and Bahrain—accounted for about 32% of world crude-oil production in the EIA's 2022 data. They also held about 49% of the world's proved crude-oil reserves.

Is Straits of Hormuz Closed Now

As of late September 2026, the Strait of Hormuz is effectively closed or severely restricted due to an ongoing conflict between the United States and Iran.

Iranian Closure: Following military strikes by the US and Israel on Iran starting in late February 2026, Iran has sought to impose control over the strait. Iran's Parliament Speaker has stated explicitly that the strait will remain closed until the US fulfills commitments from a failed June agreement.

Drastic Drop in Traffic: The impact on shipping has been immense. Before the war, roughly 130-140 ships transited the strait daily. Recent data shows this number plummeting to single digits (e.g., 7 ships on one recent day), a decline of over 90%.

Attacks on Shipping: The situation is extremely dangerous. Since late February, there have been at least 46 verified attacks on international shipping in and around the strait, resulting in at least 14 confirmed seafarer fatalities . Just days ago, an Indian sailor was killed in an attack on a cargo ship.

Which Countries Are Allowed To Pass

Based on the current situation, the Strait of Hormuz is not open to all countries. Iran has established a de facto selective passage regime, allowing only ships from countries it considers "friendly" to transit safely.

According to statements from Iranian Foreign Minister Abbas Araghchi and various maritime reports, the countries that have been granted safe passage rights are China, Russia, India, Pakistan, Iraq, Malaysia, Thailand, Bangladesh, Philippines, and Greece (specifically for Greek-affiliated vessels, according to shipping data).

Iran has explicitly stated that "enemy" vessels will not be permitted. This category primarily includes The United States, Israel, and certain Gulf countries involved in the current conflict against Iran. 

Then other countries face delays, uncertainty, or must negotiate individually. Traffic is down 90% — functionally closed to normal commerce, but not completely sealed.

Iran's 7 Conditions For Reopening The Straits of Hormuz

#	Condition	What It Means
1	🛑 Cease all hostilities	End US/Israeli military strikes against Iran — and also against Iran-aligned groups in Lebanon, Yemen, Syria, Iraq
2	💰 Release frozen Iranian assets	Unfreeze ~$12 billion in Iranian funds held abroad
3	⛽ Lift oil sanctions	Remove all US bans & penalties on Iranian oil exports
4	⚓ End naval blockade	US must stop searching, diverting, or blocking ships bound to/from Iranian ports
5	🚢 Withdraw US forces	Pull US naval & air assets away from Iran's coast & the Gulf region
6	🧾 Pay war compensation	US must pay Iran for infrastructure, military, and civilian damages from the conflict
7	🗣️ End hostile rhetoric	Stop threatening Iran; resume formal diplomatic negotiations including nuclear talks

The Strait stays restricted until the US accepts all 7 terms. Right now, neither side is backing down — and every day it stays partially closed, global energy costs rise and regional tension deepens.

US said no to Iran's 7 conditions exactly as written. Trump demands Iran reopen the Strait before any sanctions are lifted, assets released, or forces withdrawn. Iran says absolutely not — US must act first. Both sides are still talking through mediators, but neither has moved from their starting position.

Facts About The US, China, and Russia's Most Powerful Fighter Jets

 F-22 Raptor - The US No 1 for Air Superiority

Lockheed Martin F-22 Raptor is unmatched in dogfights and stealth. It features supercruise ability (flying supersonic without afterburners) and extreme agility.

Lockheed Martin | 5th Generation | USAF only

Top speed: Mach 2.25 (~1,500 mph / 2,410 km/h)

Supercruise: Mach 1.8+ without afterburner — unique among U.S. fighters

Stealth: Lowest radar cross-section of any operational fighter

Key strengths: Thrust vectoring for unmatched maneuverability, AN/APG-77 AESA radar, internal weapons bays (6× AIM-120 + 2× AIM-9)

Status: Entered service 2005; ~187 built; production ended 2011; never exported

Role: Air dominance — designed to defeat any enemy aircraft.

Exclusively USAF Only

The F-22 is exclusively operated by the U.S. Air Force only and has never been sold to any other country, including close allies. Allies tried & were rejected, such as Japan, Australia, and Israel all formally requested to buy F-22s — Japan even proposed a custom variant — but all were turned down.

The F-22 has seen operational use over Syria, against targets in the Middle East, and more recently in operations related to Iran (as of 2026). No F-22 has ever been hit, damaged, or shot down by enemy air defenses or enemy aircraft.

However, several F‑22s have been destroyed in crashes due to mechanical failure, pilot error, or maintenance mistakes — not enemy action. So the F-22's famous reputation hasn't really been tested in a conventional fighter-vs-fighter war yet.

That's actually one of the interesting things about the F-22: its combat record is real, but its legendary air-to-air capability has never been tested against an equally sophisticated enemy fighter in a publicly documented engagement.

Price & Quantity

Unit cost: ~$334 million per plane — far pricier than F-35 (~$80–100M). The U.S. alone covered every expense, unlike F-35, it spreads costs across 15+ partner nations; F-22 had zero external buyers. 

F-22 Raptor was designed in the 1980s–90s to defeat massed Soviet advanced fighters. Soviet Union collapsed in 1991; by the time F-22 entered service (2005), the U.S. was fighting Iraq & Afghanistan — insurgencies with no air-to-air opponents.

The original plan was enormous — roughly 750 F-22s were envisioned at one point. But the number was repeatedly reduced. Eventually, the U.S. bought only 187 operational production F-22s.

F-22 was extremely specialized, extremely capable, extremely expensive while F-35 is less specialized for air-to-air combat, but much more versatile and much cheaper to operate at large scale.Because of that, the Pentagon chose to have fewer F-22s and build large numbers of F-35s.

Production Ended in 2011

Once the U.S. decided to stop buying F-22s, Lockheed Martin's specialized production system was shut down. The final F-22 came off the assembly line in December 2011.

And once you destroy/disassemble a specialized production ecosystem, restarting it isn't like reopening a factory next week.

You have to recreate specialized tooling, suppliers, trained workers, manufacturing processes, components, engineering documentation, testing infrastructure. That's why "Why don't they just start making F-22s again?" is actually a much harder question than it sounds.

Officials argued "No nation will have a comparable jet for decades — why build hundreds?" That assessment looked correct in 2009, but surprisingly China's J-20 flew just two years later. The U.S. bet on the F-35 as the cheaper, more versatile future fleet — a bet that looked smart until the J-20 appeared and the threat landscape shifted again.

	J-20	Su-57	F-22
Operational	2017	2020	2005
Est. built	300+ and accelerating	~32–42 (slow due to sanctions)	187 (fixed)
Production	Mass production ongoing	Slow/trickling	Permanently closed
Status	Primary concern	Secondary threat	Fleet aging, no reinforcements

The Chengdu J-20 (Mighty Dragon)

The Chengdu J-20 (Mighty Dragon) — specifically the WS-15‑powered J‑20A variant — is China's most powerful fighter aircraft as of late 2026.

J‑20A variant with indigenous WS‑15 engine delivers greater thrust, supercruise, and improved stealth vs earlier models, whereas the J‑20S is the world's only operational twin‑seat 5th‑gen fighter, configured to command loyal wingman drones and networked formations.

Feature	Details
Type	Twin‑engine, fifth‑generation stealth air‑superiority fighter
Status	Operational since 2017; J‑20A (WS‑15) & J‑20S (two‑seat) entered service Sep 2025
Estimated fleet	~350–500; production ~100–120/year
Primary mission	Long‑range air superiority; designed for the Western Pacific theatre
Key armament	PL‑15 long‑range AAM (~200–300 km), PL‑10 short‑range, precision strike munitions
Max speed	~Mach 2.0+; supercruise capability with WS‑15
Range	~3,400 km ferry; ~1,200+ km combat radius — critical in the region

The J-20A is regarded by analysts as China's most advanced tactical-combat aircraft. It combines low-observable stealth, AESA radar, advanced sensors and long-range air-to-air missiles.

Only operated by the Chinese military

As of 2026, China has not sold the J-20 or any of its operational J-20-family stealth fighters to another country. The J-20 remains an aircraft operated by the Chinese military.

The biggest reason is technology sensitivity. The J-20 contains technologies China considers strategically important and therefore China is cautious about allowing another country to operate the J-20.

Where the J-20 has been used

The J-20 has been actively used by China's military, but it has not been used in a confirmed real war or shot at enemy aircraft in combat as far as publicly available evidence shows.

Its operational use has mainly been patrols, interceptions, training, and major military exercises.

J-20s have conducted combat patrols over the East China Sea. In 2022, U.S. Pacific Air Forces commander Gen. Kenneth Wilsbach confirmed that U.S. aircraft had encountered Chinese J-20s operating there.

China has also used J-20s for "alert patrols" and training in the South China Sea. Chinese state media described these as routine training missions. So the J-20 isn't simply sitting at an airbase—it is being used operationally around China's maritime approaches.

Category	F‑22 Raptor	J‑20A (WS‑15)	Advantage
Origin / Status	USA; operational since 2005; production ended 2011 (187 built, ~150 combat‑capable)	China; operational since 2017; WS‑15 variant entered service 2025; ~350–500 built, ~100–120/year	J‑20 — numbers & ongoing production
Top Speed	Mach 2.25	~Mach 2.0	F‑22
Supercruise	Mach 1.7+ (no afterburner)	Mach 1.8 (WS‑15)	Roughly equal
Combat Radius (internal fuel)	~850 km (460 nm)	~1,100–1,200+ km	J‑20 — critical in Pacific distances
Engines	2× F119; 156 kN thrust each; 2D thrust vectoring (±20° pitch)	2× WS‑15; ~180 kN thrust each; thrust vectoring rolling out	F‑22 — mature vectoring; J‑20 has higher thrust
Stealth / RCS	~0.0001–0.001 m²; all‑aspect design	~0.025–0.1 m²; optimized frontal; canards/rear nozzles increase side/rear signature	F‑22 — substantially lower RCS, especially from sides/rear
Radar	AN/APG‑77 AESA; ~200+ km detection	Type 1475/KLJ‑5 AESA; larger aperture, ~200+ km+ detection	Effectively equal — J‑20 may have longer forward range
Sensors	AESA + ALR‑94 EW; no IRST/EOTS (no passive thermal detection)	AESA + EOTS/IRST — passive long‑range thermal tracking; helmet‑mounted display standard	J‑20 — passive detection ability F‑22 lacks
Primary Weapons	6× AIM‑120D (~160 km) + 2× AIM‑9X; 20mm cannon	4× PL‑15 (~200–300 km) + 2× PL‑10; no internal gun	J‑20 — longer‑range missiles; F‑22 — more missiles + gun
Data Links / Networking	Older 1990s‑era architecture; cannot fully share data with F‑35	Modern native networked design; J‑20S twin‑seat variant commands drone swarms	J‑20 — newer, more open architecture
Maneuverability	World‑class; thrust vectoring gives edge in close combat	Highly agile but no full vectoring yet; designed to avoid close fight	F‑22 — superior within visual range
Combat Experience	Limited strikes in Syria (2014–); no air‑to‑air kills	None — no combat missions	F‑22
Strategic Design Goal	Pure air superiority — dominate anywhere	Long‑range penetrator — kill tankers/AWACS before they support US fighters	Different roles, not direct apples‑to‑apples

Sukhoi Su-57 “Felon”

Russia's most powerful fighter plane is the Sukhoi Su-57 “Felon” — Russia's only operational fifth-generation stealth fighter and currently the most advanced fighter in the Russian inventory. Russia continues to upgrade it, and new upgraded aircraft were delivered to the Russian Aerospace Forces in September 2026.

The Su-57 is unusual because Russia designed it to combine stealth, very high maneuverability, long-range weapons and substantial strike capability rather than focusing exclusively on stealth.

Its onboard systems are designed to let it operate independently or exchange information with other aircraft and ground systems.

Feature	Details
Generation	5th‑generation stealth multirole fighter
Max Speed	Mach 2.0 (~2,130 km/h)
Combat Radius	~1,500 km (unrefueled)
Sensors	N036 Byelka AESA radar suite, 101KS Atoll IRST, full sensor fusion
Stealth	Shaped airframe, radar‑absorbent materials, internal weapon bays
Maneuverability	2D/3D thrust‑vectoring nozzles; supermaneuverable; supercruise capable
Weapons	R‑77M, R‑37M long‑range AAMs; precision‑strike munitions; up to 10 t payload
Fleet Status (2026)	~24–42 total (prototypes + production); low‑rate series production ongoing

And Russia is still upgrading it

This is important because the Su-57 you see today isn't necessarily the final version.

In December 2025, a Su-57 began flight testing with Russia's new Product 177 fifth-generation engine. The engine is reported to produce about 16,000 kgf of afterburning thrust, while improving fuel consumption and service life.

Russia also began flight testing a two-seat Su-57D in May 2026. This version is intended not only for training but potentially for controlling and coordinating groups of manned and unmanned aircraft.

Sold To Other Countries?

Algeria is the first foreign operator

The first known foreign customer is Algeria, which received the export version called the Su-57E. Russia confirmed in November 2025 that it had delivered two Su-57s to an unnamed foreign customer; Algeria had already been widely reported as the buyer, and Su-57s were subsequently filmed flying in Algeria.

Russia's manufacturer, UAC, has also said Algeria has ordered at least 10 Su-57Es, although the exact final number has not been publicly confirmed.

These Are The Only 5th Generation Fighter Planes Today & Created Only By 3 Countries

#	Aircraft	Country	In Service Since	Notes
1	F‑22 Raptor	🇺🇸 USA	2005	Not exported; production closed
2	F‑35 Lightning II	🇺🇸 USA	2015	3 variants (A/B/C); operated globally
3	J‑20 Mighty Dragon	🇨🇳 China	2017	Air superiority
4	Su‑57 Felon	🇷🇺 Russia	2020	Multirole; slow production
5	J‑35	🇨🇳 China	Sep 2025	Carrier‑based + land variants; ~50+ built

There are five distinct, fully operational 5th‑gen fighter designs in the world right now: F‑22, F‑35, J‑20, Su‑57, J‑35. And China is the only country besides the U.S. with two operational 5th‑gen types.

According to Western analysts, The United States has by far the most fifth‑generation fighter planes in the world — more than all other nations combined.

Rank	Country	Aircraft	Approx. Operational Fleet
1	🇺🇸 United States	F‑22 Raptor (~180) + F‑35A/B/C (~850+)	1,030+
2	🇨🇳 China	J‑20 Mighty Dragon (~300–500) + J‑35 (entering service)	300–500
3	🇦🇺 Australia	F‑35A	72
4	🇯🇵 Japan	F‑35A/B	55
5	🇳🇴 Norway	F‑35A	52
6	🇬🇧 United Kingdom	F‑35B	47
7	🇮🇹 Italy	F‑35A/B	47
8	🇷🇺 Russia	Su‑57 Felon	~25 (range: 20–30)
—	Others	F‑35 (Israel, Netherlands, S. Korea, etc.)	~200 total across 15+ nations

	🇺🇸 F‑22 Raptor	🇺🇸 F‑35 Lightning II	🇨🇳 J‑20 Mighty Dragon	🇷🇺 Su‑57 Felon
Primary Role	Air superiority, deep penetration	Multirole / networked strike	Long‑range air superiority, Pacific	Multirole, supermaneuverable
Entered Service	2005	2015	2017	2020
Max Speed	Mach 2.25 (~2,410 km/h)	Mach 1.6 (~1,930 km/h)	Mach 2.0+ (~2,130 km/h)	Mach 2.0 (~2,130 km/h)
Supercruise	✅ Yes (Mach 1.72 sustained)	❌ No	✅ Yes (WS‑15 variant)	✅ Yes (improving with new engines)
Combat Radius	~850 km	~1,100 km (A)	~1,200+ km	~1,500 km
Stealth / Est. Frontal RCS	Excellent — ~0.0001 m²	Excellent — ~0.00015 m²	Very Good — ~0.01–0.05 m²	Good — ~0.1–1.0 m²
Radar	AN/APG‑77 AESA	AN/APG‑81 AESA + 360° DAS	Type 1475 AESA	N036 Byelka AESA (5 arrays)
Maneuverability	Outstanding — 2D thrust vectoring	Good — conventional	Very Good — canards	Exceptional — 3D thrust vectoring
Key Weapons	AIM‑120D, AIM‑9X	AIM‑120D, AIM‑260, standoff	PL‑15 (~300 km), PL‑21	R‑37M (~400 km), hypersonic capable
Operational Fleet (2026)	~180	~850 (US) / 1,300+ global	300–500	~25–30
Unit Cost	~$150M	~$78–82M (F‑35A)	~$110–120M	~$40–50M
Export	❌ Never exported	✅ Global program	❌ Not for export	✅ Offered for export
Strengths	Best stealth + supercruise; unrefuted air dominance	Best sensors, networking, mass production	Largest fleet outside US; long range	Unmatched agility; long‑range missiles
Weaknesses	No upgrades; short legs; production closed 2011	Slower; no supercruise; single engine	Limited operational data; engine maturation	Slow production; weaker stealth materials