Tupolev Tu-22M Backfire — History, Specs & Stories

Tupolev Tu-22M3 Backfire long-range bomber in flight
Aircraft MuseumLong-Range BomberTu-22M

Tupolev Tu-22M
“Backfire”

A variable-sweep supersonic bomber built to hunt NATO carrier groups with heavy stand-off missiles — despite its designation, a largely new aircraft rather than a version of the earlier Tu-22, and one whose range once became a sticking point in Cold-War arms-control talks.

~Mach 1.88Top speed · variable-sweep wings
Kh-22 / Kh-32Heavy supersonic stand-off missiles
2 × NK-25Kuznetsov afterburning turbofans
1969 · 1970s–80sFirst flight · entered service
Photo: Alan Wilson · CC BY-SA 2.0
RoleLong-range strike & maritime-strike bomberEraLate Cold War to present引擎2 × Kuznetsov NK-25OriginUSSR / Russia · TupolevStatusActive (Russian service)Want to fly a real fighter jet yourself?
故事

A new bomber wearing an old name

By the mid-1960s the Soviet Union’s first supersonic bomber, the fixed-wing Tupolev Tu-22 “Blinder,” had proved a disappointment — difficult to fly and short on range. Tupolev’s answer was a very different machine built around a variable-geometry “swing wing”: an aircraft able to take off and cruise economically with its wings spread, then sweep them back for a supersonic dash. It first flew as the Tu-22M0 on 30 August 1969 and, through successive versions, entered Soviet service during the 1970s. NATO named it “Backfire.”

Despite the shared “Tu-22” designation, the Backfire is largely a new design rather than a derivative of the Blinder. Several accounts suggest the “M” (modification) label was useful politically — it helped the programme through the Soviet bureaucracy and, during arms-control talks, could make the aircraft look like an upgrade of an existing type rather than a new strategic bomber. That framing should be treated as the widely reported explanation rather than documented certainty.

The Backfire was conceived above all as a stand-off missile carrier. Armed with the large, fast Kh-22 (NATO AS-4 “Kitchen”) missile, it was designed to threaten NATO aircraft-carrier groups and land targets from beyond the reach of their defences. The definitive version, the Tu-22M3 (“Backfire-C”), first flew in the late 1970s and became the main production model; roughly 500 Backfires of all versions were built before production ended in 1993. Russia continues to operate a fleet today and has been modernising survivors to Tu-22M3M standard.

Built to sink carriers from hundreds of kilometres away — a swing-wing bomber that NATO tracked for decades and argued over at the negotiating table.The Backfire — a Cold-War maritime-strike bomber
01The Tu-22M Backfire versus the Tu-22 Blinder: why the names mislead

The earlier Tupolev Tu-22 “Blinder” was a fixed-wing supersonic bomber that entered service in the 1960s and earned a reputation as fast but troublesome, with limited range and demanding handling. When Tupolev developed its successor it adopted a variable-geometry wing and a substantially different airframe and mission profile, yet kept a designation in the “Tu-22” family — Tu-22M. The two aircraft are easy to confuse by name but are different machines: the Blinder is a slim, fixed-wing jet, while the Backfire is a larger swing-wing bomber optimised as a missile carrier. Some Western analysts at the time argued the “modification” designation understated how new and capable the Backfire really was. Treat the “deliberate disguise” version of the story as plausible but not firmly documented.


Design & Engineering

What makes it special

01

A variable-sweep wing and a supersonic dash

The Tu-22M3’s outer wing panels pivot from roughly 20° spread to about 65° swept. Spread, the long wing gives the lift and efficiency a heavy bomber needs for takeoff and cruise; swept back, drag falls away and the aircraft can dash to about Mach 1.88 at altitude. (The exact sweep angles are the commonly cited figures rather than a manufacturer-published table.) The swing wing is what lets one airframe both range far and sprint.

02

Heavy stand-off and anti-ship missiles

The Backfire was built around large stand-off missiles — principally the Kh-22 (NATO AS-4 “Kitchen”), a fast, long-range weapon designed to strike ships and land targets from well outside a defender’s reach. A Tu-22M3 can carry up to three Kh-22-class missiles, and later aircraft integrate the modernised Kh-32. Maximum ordnance is commonly cited at around 24,000 kg, including free-fall bombs.

03

A long-range maritime-strike role

More than a bomber, the Backfire was a naval threat. Soviet planners intended it to attack NATO aircraft-carrier battle groups and shipping in the North Atlantic and Pacific, closing at speed and launching heavy missiles from stand-off range. Its combat radius — commonly cited at roughly 2,400 km, though Cold-War estimates varied widely — made it a persistent concern for Western navies.

02The Tu-22M Backfire’s Kh-22 missile: an anti-ship weapon now used against land targets

Kh-22 was designed in the Cold War as a supersonic anti-ship missile: launched from a Backfire, it would climb, accelerate to several times the speed of sound and dive onto a warship from stand-off range, with a large warhead intended to disable or sink major vessels. Its modernised successor, the Kh-32, is credited with improved range and guidance. In Russia’s war on Ukraine since 2022, Tu-22M3s have launched Kh-22 and Kh-32 missiles at ground targets — a role for which the anti-ship Kh-22 in particular was never designed. Western and Ukrainian assessments describe it as inaccurate against fixed land targets, and several deadly strikes on civilian buildings have been attributed to Kh-22-class missiles. Specific attributions are contested and are presented here factually, without endorsement.

03The Tu-22M Backfire and SALT: the arms-control fight over its range

During the SALT II negotiations of the 1970s, the Backfire became a point of dispute. US officials argued that with aerial refuelling the bomber might reach the continental United States, which would make it a strategic system that ought to count against treaty limits; Soviet officials maintained it was a medium-range theatre aircraft. The disagreement was politically significant. The Soviet side ultimately gave assurances about the aircraft’s production and range, and the aerial-refuelling probe was removed from Tu-22M aircraft to underline that it was not intended for intercontinental missions. Some Western sources later claimed the probes were retained and could be refitted — a claim that should be treated as unverified.


技术数据

Full specifications

Airframe & Performance

全体人员
4 (pilot, co-pilot, navigator, weapons operator)
长度
~42.4 m
Wingspan (spread)
~34.3 m
Wingspan (swept)
~23.3 m
Wing sweep
~20° to 65° variable
Max takeoff weight
~124,000–126,000 kg
Max speed
~Mach 1.88 · ~2,300 km/h at altitude
作战半径
~2,400 km (estimates vary)
范围
~6,800 km (unrefuelled, cited)

Propulsion & Systems

Engines
2 × Kuznetsov NK-25 turbofans
Thrust (each)
~245 kN with afterburner
Max ordnance
~24,000 kg
Primary armament
Up to 3 Kh-22 / Kh-32 missiles; bombs
Defensive gun
1 × twin-barrel GSh-23 (23 mm) tail turret
First flight
30 August 1969 (Tu-22M0)
Built
~497 all variants (to 1993)
Unit cost
No reliable public figure (see note)
Cost per flight hour
No reliable public figure
04The Tu-22M Backfire’s cost: why no reliable price exists

The Tu-22M was a Soviet state product, never sold on an open market, so no firm flyaway unit price exists in the public record. Any dollar figure attached to the type is, in practice, an estimate — and Soviet-era production costs do not translate cleanly into Western accounting. No credible cost-per-flight-hour number exists for the aircraft in open sources either. Modernisation of survivors to Tu-22M3M standard has been described by Russian officials in rouble terms, but those are state-programme figures for a subsidised upgrade rather than a market price, and should be read as order-of-magnitude only.


Timeline

From Cold-War carrier-hunter to modern missile carrier

1960s

Blinder’s shortcomings

The fixed-wing Tu-22 “Blinder” proves fast but short-ranged and hard to fly, prompting Tupolev to design a swing-wing successor.

1969

First flight

The Tu-22M0 prototype makes its maiden flight on 30 August 1969, introducing the variable-geometry wing.

1970s

Into service & SALT dispute

Early Backfires enter Soviet service; the aircraft’s range becomes a contested issue in SALT II talks, and its refuelling probe is later removed.

Late 1970s–80s

The definitive Tu-22M3

The Tu-22M3 (“Backfire-C”) becomes the main production version, with more powerful NK-25 engines and the Kh-22 missile.

1988–89

阿富汗

Tu-22Ms fly conventional bombing missions, most intensively during the Soviet withdrawal from Afghanistan.

2008

First combat loss

A Tu-22M3 is shot down over Georgia on 24 August 2008 during the Russo-Georgian War — the type’s first known combat loss.

2015

Syria

Tu-22M3s conduct conventional bombing strikes in Syria from Russian territory.

2022–24

Ukraine war & reported losses

Russia uses Tu-22M3s to launch heavy Kh-22/Kh-32 missiles at Ukrainian ground targets; a Tu-22M3 is lost in April 2024 in circumstances Russia and Ukraine describe differently.


Stories & Eyewitnesses

Twelve stories of the Backfire

Origin

A swing wing for a failed bomber

The disappointing Tu-22 Blinder drove Tupolev to a very different successor.

Read the full story
The Tu-22M owes its existence to the shortcomings of the earlier Tu-22 “Blinder,” a fixed-wing supersonic bomber that proved fast but short-ranged and difficult to fly. Rather than patch the Blinder, Tupolev designed a new aircraft around a variable-geometry “swing wing,” able to spread for takeoff and cruise and sweep back for a supersonic dash. It first flew in 1969 and reached Soviet service through the 1970s.
The name

Why the designation misleads

Despite the shared “Tu-22” label, the Backfire is largely a new aircraft.

Read the full story
The Backfire carries a designation in the “Tu-22” family, but it is not a version of the Blinder in any meaningful sense — different wing, different airframe, different mission. Several accounts suggest the “modification” label was useful in Soviet budgeting and in arms-control optics, making a new bomber look like an upgrade. That reading is widely repeated but not firmly documented, and is best treated as a plausible explanation rather than established fact.
Mission

Built to hunt carriers

The Backfire was designed to threaten NATO carrier groups with heavy missiles.

Read the full story
The Tu-22M’s core purpose was maritime strike. Carrying the large, fast Kh-22 missile, it was meant to close on NATO aircraft-carrier battle groups and shipping and launch from stand-off range, outside the reach of carrier defences. For decades this made the Backfire one of the threats Western naval planners worried about most, and it shaped the air-defence design of carrier task forces.
Engineering

The swing wing

Variable-geometry wings let one airframe both range far and dash fast.

Read the full story
The Tu-22M3’s outer wings pivot between roughly 20 and 65 degrees. Spread, the long wing provides lift and efficiency for takeoff and cruise; swept fully back, the jet can dash to about Mach 1.88. The mechanism is heavy and complex, but it is what allows a single heavy bomber to loiter economically and then accelerate through the transonic region on a strike run.
Arms control

The SALT argument

US and Soviet negotiators clashed over whether the Backfire was strategic.

Read the full story
During the SALT II talks the Backfire became a diplomatic problem. Washington argued that, with aerial refuelling, it might reach the United States and should count as a strategic bomber; Moscow insisted it was a medium-range theatre aircraft. The dispute was resolved politically: the Soviet side gave assurances about range and production, and the aerial-refuelling probe was removed from the aircraft to reinforce the point.
Weapon

The Kh-22 “Kitchen”

A large supersonic missile designed to sink ships from stand-off range.

Read the full story
The Kh-22 (NATO AS-4 “Kitchen”) was the Backfire’s signature weapon: a heavy, fast anti-ship missile that would climb, accelerate to several times the speed of sound and dive onto its target with a large warhead. A single Tu-22M3 could carry up to three. The modernised Kh-32 is credited with better range and guidance. These are stand-off weapons, meant to be launched far from the target.
阿富汗

Conventional bombing

Backfires flew heavy bombing missions late in the Soviet-Afghan War.

Read the full story
Although designed for maritime and strategic strike, the Tu-22M was used for conventional bombing over Afghanistan, most intensively during the Soviet withdrawal in 1988–1989, dropping large loads of unguided bombs in support of the retreat. Its use there is widely reported; details of specific missions are harder to verify from open sources.
Georgia · 2008

The first combat loss

A Tu-22M3 was shot down during the 2008 Russo-Georgian War.

Read the full story
On 24 August 2008, during the brief Russo-Georgian War, a Tu-22M3 was shot down — the first known combat loss of the type. Russia described the lost aircraft as being on a reconnaissance sortie; it is generally reported to have been brought down by Georgian air defences, though the specific system has been disputed. The loss underlined the aircraft’s vulnerability when operating within reach of modern surface-to-air missiles.
Syria · 2015

A late combat debut abroad

Tu-22M3s bombed targets in Syria from Russian territory.

Read the full story
From November 2015 the Tu-22M3 was used in Syria, flying from bases in Russia to drop conventional bombs on targets there. These were area-bombing missions rather than precision strikes, and formed part of a wider Russian air campaign. As with other combat use of the type, claims about results and effects should be read with caution.
Ukraine war

Missiles against ground targets

Since 2022 Backfires have launched heavy Kh-22/Kh-32 missiles at Ukraine.

Read the full story
Since Russia’s full-scale invasion of Ukraine in 2022, Tu-22M3s have been used to launch Kh-22 and Kh-32 missiles at ground targets, flying from airspace over Russia. The Kh-22 in particular is an anti-ship weapon that Western and Ukrainian assessments describe as inaccurate against fixed land targets. Several deadly strikes on civilian buildings have been attributed to Kh-22-class missiles. These attributions are contested and are presented here factually, without endorsement.
Reported loss · 2024

A downing both sides describe differently

A Tu-22M3 came down in southern Russia in April 2024.

Read the full story
On 19 April 2024 a Tu-22M3 came down in the Stavropol region of southern Russia while reportedly returning from a strike sortie. Russia described a technical malfunction; Ukrainian officials claimed the aircraft had been shot down at long range by a modernised S-200 surface-to-air missile, which would be the first such kill of the type by Ukraine. The competing accounts have not been independently reconciled, and reports of the crew’s fate differed.
Today

Ageing fleet, slow upgrade

Russia keeps a Backfire fleet and is modernising survivors to Tu-22M3M.

Read the full story
Production ended in 1993 after roughly 500 aircraft of all versions, and Russia today operates an ageing fleet commonly estimated at a few dozen airworthy Tu-22M3s. A modernisation programme aims to bring survivors to Tu-22M3M standard with updated avionics and weapons. As with much Russian defence data, fleet numbers and upgrade timelines are uncertain and should be treated as estimates.

Gallery

The Backfire in pictures

A Tu-22M3 in flight, wings swept  a variable-geometry supersonic bomber.
A Tu-22M3 in flight, wings swept — a variable-geometry supersonic bomber.Photo: Alan Wilson · CC BY-SA 2.0
A Russian Tu-22M3 airborne  the definitive Backfire-C version.
A Russian Tu-22M3 airborne — the definitive “Backfire-C” version.Photo: Vitaly V. Kuzmin · CC BY-SA 4.0
A Russian Air Force Tu-22M3 on takeoff, wings spread for lift.
A Russian Air Force Tu-22M3 on takeoff, wings spread for lift.Photo: Alex Beltyukov · CC BY-SA 3.0
A Tu-22M3 banking away  the long fuselage and twin engines are clear.
A Tu-22M3 banking away — the long fuselage and twin engines are clear.Photo: Anna Zvereva · CC BY-SA 2.0
A Tu-22M3 on the ground at Dyagilevo airbase, seen head-on.
A Tu-22M3 on the ground at Dyagilevo airbase, seen head-on.Photo: Vitaly V. Kuzmin · CC BY-SA 4.0
Close-up of a Tu-22M refuelling probe  the fitting at the centre of the SALT dispute.
Close-up of a Tu-22M refuelling probe — the fitting at the centre of the SALT dispute.Photo: Tom Erik Gundersen · CC BY-SA 4.0
An early Tu-22M1 preserved at the Riga Aviation Museum.
An early Tu-22M1 preserved at the Riga Aviation Museum.Photo: Mosbatho · CC BY 4.0

Watch

The Backfire in motion

A verified, high-authority video feature for the Tu-22M is still being selected — video coming soon. In the meantime, the photo gallery above and the stories carousel cover the aircraft in depth.


Operations

Where the Backfire operates


Combat & Records

The record that defines it

For most of the Cold War the Tu-22M was a deterrent and a maritime-strike threat that never fired in anger. Its later record is written in conventional bombing and, more recently, in the use of heavy stand-off missiles against ground targets — a role for which its anti-ship Kh-22 was not designed. Claims arising from its combat use are contested; we present them factually and without endorsement.

~Mach 1.88Supersonic dash with wings swept
Up to 3Kh-22 / Kh-32 heavy missiles carried
2008First combat loss — shot down over Georgia

Compare the combat record of every military aircraft. Figures as of July 2026.


Questions & Answers

Everything people ask about the Tu-22M

Can I fly in a Tu-22M?
No — the Tu-22M is an active long-range bomber in Russian military service and is not available to the public in any form. You can, however, fly in several genuine ex-military jets today — see migflug.com/flights-prices/.
How fast is the Tu-22M?
The Tu-22M3 can reach about Mach 1.88 (roughly 2,300 km/h) at altitude with its wings swept back. Its normal cruise for long missions is subsonic; the supersonic capability is for the dash phase of a strike.
Is the Tu-22M the same as the Tu-22 Blinder?
No. Despite the shared “Tu-22” designation, the Tu-22M “Backfire” is largely a new aircraft with a variable-sweep wing, not a version of the fixed-wing Tu-22 “Blinder.” The two are often confused because of their names.
What is the Tu-22M’s main weapon?
The Kh-22 (NATO AS-4 “Kitchen”), a large supersonic missile designed as an anti-ship and stand-off weapon, and its modernised successor the Kh-32. A Tu-22M3 can carry up to three, and can also drop free-fall bombs.
Why was the Tu-22M an issue in arms-control talks?
During SALT II the United States argued that, with aerial refuelling, the Backfire could reach US territory and should count as a strategic bomber, while the USSR called it a medium-range aircraft. The Soviet side gave assurances and the aerial-refuelling probe was removed to underline that it was not meant for intercontinental missions.
Has the Tu-22M been used in combat?
Yes. It flew conventional bombing in Afghanistan and Chechnya, was used in Georgia in 2008 (where one was shot down), bombed targets in Syria from 2015, and since 2022 has launched heavy Kh-22/Kh-32 missiles at ground targets in Ukraine. Claims about the results of these strikes, and about civilian casualties attributed to them, are contested and should be treated with caution.
Did Ukraine ever operate the Tu-22M?
Ukraine inherited a fleet of Tu-22M2 and Tu-22M3 bombers when the USSR collapsed in 1991 but never brought them into operational service. The aircraft were scrapped in the 2000s, a process commonly linked to US-funded threat-reduction assistance, with the last dismantled by 2006.
How many Tu-22Ms were built, and is it still in service?
Roughly 497 of all versions were built before production ended in 1993. The Tu-22M3 remains in Russian service in an ageing, modestly modernised fleet (Tu-22M3M), commonly estimated at a few dozen airworthy aircraft — figures that are uncertain.

Sources & Further Reading

Every fact, checked