When tanks first appeared on the battlefields of the First World War, they created a fundamental problem for military planners.

How could one stop an armored vehicle that was protected against machine-gun fire and small arms?

The answer initially seemed straightforward: build larger and more powerful anti-tank guns.

But as tanks became faster, more heavily armored, and more numerous, another problem emerged. Anti-tank guns were effective, but they were often difficult to move. A tank could maneuver around them. Artillery could destroy them. And if a tank attack broke through, conventional anti-tank guns could find themselves in the wrong place.

The solution was to combine the mobility of a tank with the firepower of a powerful anti-tank gun.

The result was the tank destroyer.

During the Second World War, tank destroyers were developed by Germany, the United States, the Soviet Union, Britain, Italy, Japan, and other nations. They took many forms. Some were lightly armored vehicles carrying a powerful gun. Others were heavily armored, turretless vehicles designed specifically to hunt enemy tanks.

Some were highly successful.

Others were technological or doctrinal dead ends.

The history of the tank destroyer reveals one of the central problems of armored warfare: how do you defeat an enemy tank without simply building another tank?

What Is a Tank Destroyer?

A tank destroyer is an armored fighting vehicle specifically designed or adapted to destroy enemy tanks.

The basic concept is simple:

Take a powerful anti-tank gun and mount it on a mobile armored chassis.

This provided several advantages over a conventional towed anti-tank gun.

A tank destroyer could:

Move rapidly across the battlefield
Keep up with armored and mechanized forces
Redeploy quickly
Carry its own ammunition
Use armor to protect its crew
Fire from prepared or improvised positions
Withdraw more quickly after engaging the enemy

However, a tank destroyer was not simply a tank with a different gun.

The design usually involved compromises.

Compared with a conventional tank, a tank destroyer might have:

Less armor
No rotating turret
A more limited field of fire
Less ability to fight infantry
Less protection from attacks from the sides and rear

In exchange, the vehicle could often carry a larger or more powerful gun than would otherwise be possible on the same chassis.

This reflected a fundamental principle of armored warfare:

The larger the gun, the heavier the vehicle.

A tank destroyer could reduce weight by eliminating the turret or reducing armor protection.

Tank Destroyers versus Tanks

The difference between a tank and a tank destroyer was partly a matter of design and partly a matter of doctrine.

A tank was intended to be a general-purpose combat vehicle.

It was expected to:

Fight enemy tanks
Support infantry
Break through defensive positions
Exploit breakthroughs
Destroy machine-gun positions
Conduct reconnaissance in some circumstances

A tank destroyer had a more specialized role.

Its primary mission was to destroy enemy armored vehicles.

This could allow designers to make different choices.

A tank destroyer might have:

A larger gun
Thinner armor
A lower profile
A fixed or limited-traverse gun
Greater emphasis on long-range anti-tank fire

The distinction was not always clear in practice.

Many vehicles called tank destroyers performed a variety of missions.

The German Jagdpanther, for example, was an exceptionally powerful anti-tank vehicle but could also perform other direct-fire missions.

The American M10, officially a tank destroyer, was frequently used in roles that looked very much like those of a tank.

The Soviet Union often classified its assault guns and self-propelled guns differently from the United States, even when they were capable of destroying tanks.

The result is that the term “tank destroyer” can be both a technical description and a doctrinal category.

Tank Destroyers versus Artillery

Tank destroyers were also different from artillery.

Artillery is normally designed to fire indirectly.

An artillery gun can engage targets that its crew cannot see directly.

The gun may fire at a high angle, with observers or forward units directing the fire.

A tank destroyer, by contrast, normally uses direct fire.

The crew aims directly at the target.

This makes a tank destroyer closer to a tank or anti-tank gun than to conventional artillery.

There were, however, important exceptions.

Some self-propelled guns could fire both directly and indirectly.

The Soviet Union, in particular, produced vehicles that could be used in multiple roles.

The SU-152, for example, was primarily a heavy self-propelled gun but proved capable of destroying heavily armored German vehicles.

The distinction between tank destroyers, assault guns, and self-propelled artillery was therefore not always absolute.

The First Tank Destroyers

The idea of mounting an anti-tank gun on a tracked vehicle existed before the Second World War.

The development of tanks had created a technological arms race.

As tank armor improved, anti-tank guns needed to become larger.

But larger guns became increasingly difficult to move.

A tracked chassis offered a solution.

Germany was among the first countries to develop a practical series of self-propelled anti-tank vehicles.

In 1940, the Germans created the Panzerjäger I.

The vehicle used the chassis of the obsolete Panzer I light tank.

The turret was removed and replaced with a captured Czech 47 mm anti-tank gun.

The result was a relatively simple conversion.

The Panzerjäger I had limited armor protection, but it provided the German Army with a mobile anti-tank weapon.

The German term Panzerjäger means “tank hunter.”

The vehicle represented an important development in the evolution of the tank destroyer concept.

Germany would later develop increasingly sophisticated vehicles.

The German Panzerjäger

Germany developed perhaps the most diverse collection of tank destroyers during the Second World War.

The German approach evolved in response to the rapid development of enemy tanks.

Early in the war, Germany often converted obsolete or captured tank chassis.

These vehicles were relatively inexpensive and could be produced quickly.

Examples included:

Panzerjäger I
Marder I
Marder II
Marder III

The Marder vehicles were particularly important because they mounted more powerful anti-tank guns on existing chassis.

The Marder I used captured French equipment.

The Marder II used the Panzer II chassis.

The Marder III used the Czech-designed Panzer 38(t) chassis.

These vehicles were often effective against Allied tanks.

However, they generally had important weaknesses.

They were often:

Lightly armored
Open-topped
Vulnerable to artillery
Vulnerable to infantry attacks

They were powerful tank hunters, but they were not intended to fight like conventional tanks.

The German Jagdpanzer

As the war continued, Germany moved toward purpose-built tank destroyers.

These vehicles were often called Jagdpanzer, meaning “hunting tank.”

Unlike many early Panzerjäger vehicles, the Jagdpanzers generally had fully enclosed armored superstructures.

This offered much better protection.

The most famous included:

Jagdpanzer IV

The Jagdpanzer IV was based on the Panzer IV chassis.

It had a low silhouette and a powerful anti-tank gun.

It was designed to engage enemy armor from concealed positions.

Jagdpanther

The Jagdpanther was one of the most powerful tank destroyers of the war.

It combined:

The chassis and suspension of the Panther
Heavy frontal armor
A powerful 88 mm gun

The Jagdpanther could destroy most Allied tanks at long range.

Its weaknesses included:

High production cost
Mechanical problems
Limited numbers
Fuel consumption

Nevertheless, it was an extremely effective anti-tank vehicle.

Jagdtiger

The Jagdtiger was one of the largest and most heavily armed armored vehicles of the war.

It carried a 128 mm gun.

Its armor was extremely heavy.

However, this came at a cost.

The Jagdtiger was:

Enormously heavy
Mechanically unreliable
Difficult to transport
Fuel-hungry

Only small numbers were produced.

It demonstrated the danger of pursuing maximum firepower and armor without sufficient attention to mobility and reliability.

The United States and the Tank Destroyer Concept

The United States developed perhaps the most distinctive tank destroyer doctrine of the war.

The American concept was strongly influenced by the German victories in Poland and France.

American planners feared a major German armored breakthrough.

They imagined a large enemy tank force breaking through American lines.

The solution was to create a highly mobile reserve force that could rapidly move to the threatened area.

This force would:

Detect the German armored attack
Move rapidly toward it
Establish defensive positions
Destroy the attacking tanks
Counterattack when appropriate

This was a very different concept from simply distributing anti-tank guns throughout infantry units.

The United States created specialized tank destroyer units.

The concept developed rapidly during 1941.

The Army created a Tank Destroyer Command and began organizing large numbers of tank destroyer battalions.

The American doctrine was summarized in the phrase:

“Seek, Strike, and Destroy.”

The United States Army’s official historical analysis of the doctrine emphasizes that the concept was developed largely as a response to the perceived threat of German armored warfare and the experience of the early war years.

The M3 Gun Motor Carriage

The first American tank destroyers were often improvised.

The M3 Gun Motor Carriage mounted a 75 mm gun on a half-track chassis.

It was relatively lightly armored.

The gun had limited traverse.

However, it offered a rapid way to create a mobile anti-tank weapon.

The M3 was used in North Africa and the Pacific.

It was not an ideal design, but it gave the United States valuable experience.

The vehicle demonstrated an important principle:

A mobile gun could be useful even when it was not as heavily protected as a tank.

The M10 Wolverine

The M10 was the first major American purpose-built tank destroyer.

It used a modified tank chassis and carried a 3-inch gun in a rotating turret.

The M10 was more versatile than many European tank destroyers.

It had:

A turret
Reasonable mobility
A powerful gun
Adequate armor for its period

However, the turret was open-topped.

The M10 was particularly important in North Africa and Italy.

It could defeat many German tanks.

But as German armor improved, the M10’s gun became less effective against the Panther and Tiger.

The M10 also illustrated the problem with American tank destroyer doctrine.

The vehicles were intended to be used in massed formations against large enemy armored attacks.

In reality, American tank destroyer battalions were often distributed among infantry and armored divisions.

They frequently performed ordinary anti-tank and direct-fire support missions.

The M18 Hellcat

The M18 Hellcat was one of the most distinctive tank destroyers of the war.

It was designed around mobility.

The M18 was:

Lightly armored
Extremely fast
Armed with a 76 mm gun

Its speed allowed it to maneuver rapidly.

The M18 could:

Reach threatened areas quickly
Flank enemy tanks
Withdraw from dangerous positions
Shift from one part of the battlefield to another

The trade-off was protection.

The Hellcat could not survive prolonged combat against heavy tanks.

It was a vehicle designed to avoid being hit rather than to absorb enemy fire.

In the right circumstances, the M18 was extremely effective.

In a frontal engagement against a heavily armored German tank, however, its advantages were much less significant.

The M36 Jackson

The M36 Jackson was the most powerful American tank destroyer to see widespread service during the war.

It carried a 90 mm gun.

This gave it the firepower necessary to engage the heavier German tanks.

The M36 was particularly valuable in the later stages of the war.

By 1944 and 1945, the United States was facing:

Panther tanks
Tiger tanks
Heavy German tank destroyers

The M36 provided American forces with a powerful anti-tank weapon.

It was still not as heavily armored as the largest German vehicles.

But its gun made it one of the most effective American anti-tank vehicles of the war.

The American Tank Destroyer Doctrine in Practice

The American tank destroyer concept was theoretically impressive.

In practice, it was less successful than originally envisioned.

The large German armored breakthrough that American planners feared rarely occurred in the form expected.

Instead, German armored units were usually integrated into broader combined-arms operations.

American tank destroyer units were therefore frequently used as:

Conventional anti-tank units
Infantry-support weapons
Direct-fire artillery
Mobile reserves

The original doctrine also had a fundamental problem.

The Americans increasingly developed tanks capable of carrying powerful anti-tank guns.

The M4 Sherman was eventually equipped with the 76 mm gun.

Later, the M36 carried the 90 mm gun.

As American tanks improved, the distinction between tank and tank destroyer became less important.

The U.S. Army eventually abandoned the separate tank destroyer branch after the war.

The American experience demonstrated that a specialized tank destroyer force could be useful, but the doctrine had been based on assumptions that did not always match the reality of combat.

The Soviet Union and the Self-Propelled Gun

The Soviet Union developed a different approach.

The Red Army did not always use the same doctrinal distinction between tanks and tank destroyers as the United States.

Soviet self-propelled guns were often designed for multiple roles.

Some were primarily intended to support infantry.

Others were specifically designed to defeat tanks.

The Soviet Union developed a number of important vehicles.

The SU-85

The SU-85 was based on the chassis of the T-34 medium tank.

It carried an 85 mm gun.

It was developed in response to the appearance of heavily armored German vehicles such as the Tiger.

The SU-85 entered combat in 1943.

It was mobile and relatively easy to produce.

However, the arrival of more heavily armed German tanks eventually made its gun less satisfactory.

When the T-34-85 entered mass production with an 85 mm gun in a rotating turret, the rationale for continuing to produce the SU-85 became weaker.

Production ended in 1944.

The SU-85 was then replaced by the more powerful SU-100.

The SU-100

The SU-100 was one of the most successful Soviet tank destroyers.

It used the general design of the SU-85 but mounted a powerful 100 mm gun.

The SU-100 could effectively engage German heavy tanks.

Its low profile made it difficult to hit.

It was also simpler to produce than a tank with a turret.

The vehicle became an important part of Soviet armored forces during the final stages of the war.

The SU-152

The SU-152 was a heavy self-propelled gun.

It carried a massive 152 mm weapon.

The gun was not designed primarily as a specialized anti-tank weapon.

However, the enormous explosive power of its ammunition made it capable of destroying or disabling German heavy tanks.

The SU-152 gained a reputation for being effective against the Tiger and other heavily armored vehicles.

The Soviets sometimes referred to such vehicles as “beast killers.”

The SU-152 demonstrated that a vehicle did not necessarily need a specialized high-velocity anti-tank gun to defeat a tank.

A sufficiently powerful high-explosive projectile could also be devastating.

Britain and the Tank Destroyer

Britain developed a number of vehicles that could be classified as tank destroyers.

However, British terminology and doctrine were often different from the American system.

The British used:

Towed anti-tank guns
Self-propelled anti-tank guns
Tank destroyers
Gun tanks

One of the most important British developments was the use of the 17-pounder anti-tank gun.

This was one of the most powerful anti-tank weapons used by the Western Allies.

It could penetrate the armor of German heavy tanks.

The Archer

The Archer was a highly unusual tank destroyer.

It mounted the 17-pounder gun on a modified Valentine tank chassis.

The gun pointed toward the rear of the vehicle.

This might seem strange.

However, it had a practical advantage.

The vehicle could fire from a concealed position and then drive away rapidly without turning around.

The Archer had:

A low silhouette
A powerful gun
Good concealment

It was particularly useful in defensive operations.

The Achilles

The Achilles was the British version of the American M10.

It was equipped with the 17-pounder gun.

This gave the vehicle significantly greater anti-tank capability.

The Achilles was one of the most effective Allied tank destroyers.

It could engage German Panthers and Tigers at useful ranges.

The Sherman Firefly

The Sherman Firefly was technically a tank rather than a tank destroyer.

However, it is important to mention because it illustrates why the distinction between tanks and tank destroyers became increasingly blurred.

The Firefly mounted the British 17-pounder gun in a Sherman tank.

The result was a vehicle capable of destroying the heaviest German tanks.

The Firefly demonstrated a crucial trend.

As tank technology advanced, the need for a separate tank destroyer class became less obvious.

If a tank could carry the same powerful gun as a tank destroyer, it offered significant advantages.

A tank retained:

Better all-around protection
A fully rotating turret
Greater flexibility
Better ability to fight infantry

The tank destroyer still had advantages in some situations, particularly cost and ease of production.

But the technological gap was narrowing.

Italy

Italy also developed self-propelled anti-tank vehicles.

The most important was the Semovente da 75/18, although it was primarily an assault gun.

Later Italian vehicles such as the Semovente da 75/46 had stronger anti-tank capabilities.

Italian armored forces suffered from limited industrial capacity.

This restricted the production of specialized tank destroyers.

Italy’s experience demonstrated that a nation did not need to produce a dedicated tank destroyer to create a mobile anti-tank weapon.

A self-propelled gun could perform the role.

Japan

Japan also developed vehicles intended to fight tanks.

Japanese tank destroyer development was limited by the country’s strategic priorities and industrial resources.

The Japanese Army relied heavily on:

Towed anti-tank guns
Infantry anti-tank weapons
Tanks
Improvised tactics

Japan developed several self-propelled guns and tank destroyer concepts.

However, these never reached the scale or importance of German, American, or Soviet tank destroyer forces.

The Japanese faced a particularly difficult technological problem.

By the later years of the war, American tanks were becoming increasingly powerful.

Japan struggled to produce weapons capable of defeating them reliably.

France and Other Nations

France had developed anti-tank technology before and during the early years of the Second World War.

After the fall of France in 1940, French equipment was sometimes captured and used by Germany.

French forces later returned to the war with Allied equipment.

Other nations, including Hungary and Romania, also developed self-propelled anti-tank vehicles.

Romania’s Mareșal program, for example, was an important attempt to create a highly mobile anti-tank vehicle.

The broader pattern was clear.

As tanks became more powerful, armies searched for inexpensive and mobile ways to destroy them.

The Tank Destroyer Arms Race

The Second World War created a continual cycle of development.

One side builds a more heavily armored tank.
The other side develops a more powerful anti-tank gun.
The gun becomes too heavy for ordinary towing.
The gun is mounted on a tracked vehicle.
The tank is redesigned with even more armor.
The tank destroyer requires an even larger gun.

This cycle can be seen clearly on the Eastern Front.

The appearance of German heavy tanks such as the Tiger created an urgent Soviet need for more powerful anti-tank weapons.

The appearance of the Panther and Tiger II increased the pressure on the Western Allies.

By the final years of the war, tank destroyers were carrying enormous weapons.

But this created serious problems.

Larger guns required:

Heavier vehicles
More powerful engines
Stronger suspension
More ammunition
Greater fuel consumption

The result was a constant struggle between firepower, armor, and mobility.

How Effective Were Tank Destroyers?

The answer depends on the vehicle and the circumstances.

Some tank destroyers were extremely effective.

Others were poor designs.

The most effective tank destroyers generally shared several characteristics.

They had:

A powerful gun
Good mobility
A low silhouette
Adequate armor
Reliable mechanical systems

The most important factor, however, was how they were used.

A tank destroyer was strongest when it could:

Use concealment
Engage from a distance
Attack enemy flanks
Fire from prepared positions
Redeploy quickly

It was weakest when forced into:

Close combat
Urban fighting
Frontal attacks
Prolonged engagements
Combat against infantry without support

The Advantages of Tank Destroyers

Tank destroyers had several major advantages.

Firepower

Because the vehicle could sacrifice armor or turret space, it could carry a larger gun.

This was the primary reason for creating a tank destroyer.

Mobility

A self-propelled tank destroyer could move much faster than a towed anti-tank gun.

This was especially important during mobile warfare.

Cost

A tank destroyer could sometimes be cheaper and faster to produce than a fully equipped tank.

It might use an existing chassis.

Low Profile

Many tank destroyers had low silhouettes.

This made them easier to conceal.

A well-hidden tank destroyer could be extremely dangerous.

The Disadvantages of Tank Destroyers

The advantages came with significant weaknesses.

Limited Protection

Many tank destroyers were more lightly armored than tanks.

Their crews were vulnerable to:

Artillery
Infantry
Aircraft
Machine guns
Flanking attacks

Limited Traverse

A turretless tank destroyer could not easily engage targets from all directions.

The entire vehicle often had to turn.

This was a major disadvantage in close combat.

Specialization

A tank destroyer was optimized for fighting tanks.

It was usually less effective against:

Infantry
Fortifications
Buildings
Artillery positions

A tank could perform more missions.

Doctrine

Some tank destroyers were highly effective when used according to doctrine but less useful when employed as ordinary tanks.

This was especially true of the American tank destroyer force.

The U.S. Army had created a specialized force for a particular kind of German armored attack.

When that attack did not occur as expected, the tank destroyers were often used in more conventional ways.

The Tank Destroyer at Kursk

The Battle of Kursk in 1943 provides an important example of tank destroyer warfare.

The battle involved enormous numbers of armored vehicles.

The Germans used:

Panzerjägers
Ferdinand tank destroyers
Assault guns
Tanks

The Soviets used:

Anti-tank guns
SU-152 self-propelled guns
T-34 tanks
Other armored vehicles

The battle demonstrated that anti-tank warfare was becoming increasingly complex.

A vehicle’s effectiveness depended on:

Armor
Gun performance
Range
Terrain
Tactical doctrine
Crew training

A tank destroyer could be deadly from an ambush position.

The same vehicle could be vulnerable if forced to attack across open terrain.

Tank Destroyers and the Ardennes Offensive

The German offensive in the Ardennes in December 1944 provided one of the clearest examples of the use of American tank destroyers.

American forces faced a major German armored offensive.

Tank destroyer units played an important role in the defensive fighting.

The M36 Jackson was particularly valuable because its 90 mm gun could engage German heavy tanks.

American tank destroyers helped defend critical positions and road networks.

However, the battle also demonstrated the limitations of the original American doctrine.

The tank destroyers were not simply assembled into a massive independent force that waited for a single enemy armored breakthrough.

They were integrated into the wider defense.

They fought alongside:

Infantry
Tanks
Artillery
Engineers
Anti-tank guns

This was how tank destroyers generally operated in actual war.

They were part of combined arms.

Tank Destroyers versus the Tiger

The German Tiger tank became a symbol of the challenge facing Allied anti-tank forces.

The Tiger had:

Heavy armor
A powerful 88 mm gun
Good long-range capability

Many Allied vehicles could not defeat it easily from the front.

The answer was often to use:

Larger guns
Flanking attacks
Artillery
Air power
Mines
Multiple vehicles

Tank destroyers such as the American M36, British Achilles, and Soviet SU-100 offered improved capabilities.

However, no tank destroyer made the problem disappear.

The basic problem remained:

The enemy was also improving.

Tank Destroyers and the End of the War

By 1944 and 1945, the role of the tank destroyer was changing.

Tanks were becoming more powerful.

The American M4 Sherman received improved guns.

The British developed increasingly powerful tanks and tank guns.

The Soviet T-34-85 was capable of engaging German armor far more effectively than earlier T-34 models.

This reduced the need for specialized tank destroyers.

The tank destroyer still offered advantages.

A turretless vehicle could be:

Lighter
Cheaper
More heavily armed

But the tank offered greater flexibility.

The result was a gradual convergence.

Many late-war tank destroyers looked increasingly like tanks without turrets.

Many tanks were equipped with guns powerful enough to destroy enemy tanks.

The distinction became less important.

Why Did the Tank Destroyer Decline After the War?

The tank destroyer did not disappear entirely.

But the specialized Second World War concept declined.

There were several reasons.

Tanks Became More Versatile

Modern tanks became capable of performing multiple roles.

A main battle tank could:

Destroy enemy tanks
Support infantry
Conduct offensive operations
Fight at long range

There was less need for a separate vehicle dedicated to anti-tank combat.

Guided Anti-Tank Missiles

The development of anti-tank guided missiles changed the equation.

A relatively light missile team could destroy a tank at considerable range.

The anti-tank weapon no longer needed to be mounted on a large tracked vehicle.

Improved Tank Guns

Tank guns became more powerful.

A modern tank could carry a weapon capable of defeating other tanks.

This reduced the advantage of a specialized tank destroyer.

Modern Battlefield Technology

Aircraft, helicopters, missiles, artillery, and drones all became part of anti-tank warfare.

The tank destroyer was no longer the only answer to enemy armor.

The Legacy of the Tank Destroyer

The tank destroyer remains an important part of military history.

It represented a creative response to a technological problem.

The tank had created a new form of warfare.

The tank destroyer was one of the first major attempts to create a specialized counter.

The experience of the Second World War produced several important lessons.

Mobility Matters

A weapon that cannot reach the battlefield quickly may be useless.

Firepower and Protection Must Be Balanced

A gun powerful enough to destroy enemy tanks is valuable.

But a vehicle that cannot survive return fire may be dangerously vulnerable.

Doctrine Must Match Reality

The American tank destroyer concept was based on a particular vision of how German armored warfare would occur.

Actual combat was more complicated.

Specialization Has Limits

A vehicle designed only to fight tanks may be less useful than a vehicle that can perform many different missions.

Technology Changes the Battlefield

The tank destroyer was created because anti-tank guns became too heavy to move easily.

Later, better tanks and anti-tank missiles reduced the need for specialized tank destroyers.

Conclusion

The rise of the tank destroyer was one of the most important developments in armored warfare during the Second World War.

The basic idea was straightforward:

Mount a powerful anti-tank gun on a mobile armored vehicle.

But different nations developed very different interpretations of the concept.

Germany created the Panzerjäger and Jagdpanzer families.

The United States developed an entire specialized tank destroyer doctrine.

The Soviet Union created powerful self-propelled guns such as the SU-85 and SU-100.

Britain developed highly effective vehicles such as the Archer and Achilles.

Italy, Japan, Romania, and other nations also experimented with mobile anti-tank weapons.

The most effective tank destroyers could be devastating.

A concealed vehicle with a powerful gun could destroy a much more heavily armored tank.

But tank destroyers also had important weaknesses.

They were often less protected than tanks.

They could have limited traverse.

They were frequently vulnerable to infantry and artillery.

And as tanks became increasingly capable of performing the same anti-tank missions, the rationale for maintaining a separate tank destroyer category declined.

The tank destroyer was therefore a product of a particular technological moment.

During the Second World War, the tank was evolving rapidly.

Anti-tank weapons were struggling to keep up.

The tank destroyer offered a way to combine mobility and firepower without building a full tank.

For a time, it was an essential part of modern warfare.

Ultimately, however, the tank itself evolved.

The most successful tanks became capable of carrying powerful guns, providing heavy protection, and performing a wide variety of missions.

The tank destroyer had helped solve the problem of defeating the tank.

But in the process, it helped demonstrate why the future of armored warfare would increasingly belong to the versatile main battle tank rather than to specialized tank hunters.

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