Panzerschreck: Germany’s 88mm Rocket Anti-Tank Weapon

1. Lead

The Panzerschreck, officially the Raketenpanzerbüchse 54, was Germany’s most powerful infantry anti-tank weapon of the Second World War, a rocket launcher that gave ordinary infantrymen the ability to destroy any Allied tank at close range. Introduced in 1943, the Panzerschreck was a direct response to the American Bazooka, examples of which had been captured in North Africa and the Soviet Union.

German engineers enlarged the American design, increasing the calibre from 60 mm to 88 mm, and produced a weapon that could penetrate approximately 210 mm of armour, enough to defeat the frontal armour of any tank in service. The weapon’s name, which translates as “tank terror” or “tank dread”, reflected its psychological impact: Allied tank crews learned to fear the distinctive smoke trail of a Panzerschreck rocket, and infantry armed with the weapon became a serious threat in the close fighting of Normandy, Italy and the Eastern Front.

The Panzerschreck was a simple weapon, consisting of an open steel tube, a pistol grip with an electrical firing mechanism, and a large blast shield to protect the firer from the rocket’s exhaust. It was operated by a crew of two, a gunner and a loader, and it fired a rocket-propelled grenade with a shaped-charge warhead.

The weapon’s effective range was short, about 150 metres, and its accuracy was limited, but at close range it was devastating. German infantry used the Panzerschreck in tank-hunting teams, in ambushes, and in urban fighting, where its short range was less of a disadvantage.

Production was large, with approximately 289,000 launchers and more than a million rockets built, and the weapon served from the summer of 1943 until the end of the war in 1945.

The Panzerschreck is remembered today as one of the most effective infantry anti-tank weapons of the war, and as a symbol of Germany’s late-war reliance on cheap, mass-produced weapons that could be used by hastily trained soldiers. Its design influenced post-war rocket launchers, including the Soviet RPG-2 and RPG-7, and it remains one of the best-known German weapons of the Second World War.

Museums in Germany, Britain, the United States and Russia preserve examples, and the Panzerschreck’s distinctive profile, with its large blast shield and its long tube, is instantly recognisable. For historians of infantry warfare, the Panzerschreck illustrates how a simple weapon, copied from the enemy and improved, could change the balance of power between infantry and tanks in the last two years of the war.

2. Key Facts

Field	Value
Type	Rocket-propelled anti-tank weapon
Origin	Germany
Designed	1942–1943
In service	1943–1945
Produced	Approximately 289,000 launchers (RPzB 54 and 54/1); over 1,000,000 rockets (approximate figures)
Manufacturers	Various German firms, including HASAG and others
Crew	2 (gunner and loader)
Weight	Approximately 9.25 kg (RPzB 54, empty); approximately 11 kg (RPzB 54/1, empty)
Length	Approximately 1.64 m (RPzB 54)
Calibre	88 mm
Warhead	Shaped charge (RPzB.Gr. 4322)
Penetration	Approximately 210 mm of armour (manufacturer’s claim; combat results varied)
Muzzle velocity	Approximately 105 m/s (RPzB 54); approximately 145 m/s (RPzB 54/1)
Effective range	Approximately 150 m (RPzB 54); approximately 180 m (RPzB 54/1)
Maximum range	Approximately 700 m (area fire)
Notable variants	RPzB 54, RPzB 54/1

3. Background and Development

The Bazooka Arrives in German Hands

The origins of the Panzerschreck lay in the American Bazooka, the first rocket-propelled anti-tank weapon to see widespread service. The Bazooka was used by American forces in North Africa in late 1942, and German troops captured examples, including a complete weapon and its ammunition, in Tunisia in early 1943. The German Army was impressed by the Bazooka’s simplicity and effectiveness, and it ordered its own engineers to copy the design.

The task was given to the Heereswaffenamt, the Army Ordnance Office, which assigned the project to the firm of HASAG and to other manufacturers. The German engineers studied the captured Bazooka carefully, noting its open tube, its electrical firing mechanism, and its shaped-charge warhead.

They concluded that the American design could be improved by increasing the calibre and the size of the warhead, and they set out to produce a German version that would be more powerful than the original.

From Copy to Improvement

The German engineers made two key decisions in developing the Panzerschreck. First, they increased the calibre from the Bazooka’s 60 mm to 88 mm, a calibre already familiar to the German Army from the famous 88 mm anti-aircraft and anti-tank gun, and one that allowed a much larger shaped-charge warhead.

The larger warhead gave the Panzerschreck a claimed penetration of approximately 210 mm of armour, far greater than the Bazooka’s roughly 100 mm, and enough to defeat the frontal armour of any Allied tank. Second, they added a large blast shield to protect the gunner from the rocket’s exhaust, a feature the Bazooka lacked, because the larger rocket produced a much greater backblast.

The shield, a rectangular steel plate mounted on the tube, became the Panzerschreck’s most distinctive feature. The weapon was designated the Raketenpanzerbüchse 54, or RPzB 54, and it was rushed into production in the summer of 1943, only months after the first Bazooka had been captured.

The RPzB 54 and the Blast Shield

The blast shield was the Panzerschreck’s most visible innovation, and it was a direct consequence of the decision to increase the calibre. The 88 mm rocket produced a large volume of hot gas and burning propellant on firing, and the gunner, who held the tube on his shoulder, was exposed to this backblast.

The shield, a steel plate approximately 360 mm wide, was mounted on the tube in front of the gunner’s face, and it deflected the exhaust away from the firer. The shield also served as a rest for the weapon and as a mounting point for the sight. The shield made the Panzerschreck heavier than the Bazooka and more conspicuous, but it was essential for the gunner’s safety.

Later versions of the weapon improved the shield and added a protective apron for the loader. The shield’s distinctive shape has made the Panzerschreck instantly recognisable in photographs and in museum displays, and it remains the weapon’s most famous feature.

Rushed into Production

The Panzerschreck was rushed into production in the summer of 1943, and the first weapons reached the front in the autumn of that year. Production was shared between several firms, and the weapon’s simplicity allowed it to be built in large numbers by factories that had no previous experience of weapons production.

The rocket ammunition was produced separately, and the supply of rockets was a constant problem, because the demand for ammunition far exceeded the capacity of the factories. The Panzerschreck was issued to infantry units, to Panzergrenadier formations, and to the Volksgrenadier divisions formed in late 1944, and its distribution reflected the German Army’s recognition that every infantryman needed a weapon capable of stopping a tank at close range.

It was also issued to the Waffen-SS and to the Luftwaffe’s field divisions. The weapon’s introduction coincided with the German Army’s growing need for infantry anti-tank weapons, as Allied tanks became more numerous and more heavily armoured, and as German tank production failed to keep pace with losses.

4. Design

The 88mm Rocket and Shaped Charge

The Panzerschreck’s effectiveness came from its rocket and its shaped-charge warhead. The standard rocket, the RPzB.Gr. 4322, weighed approximately 3.3 kilograms and carried a shaped-charge warhead with a copper liner. On impact, the warhead’s explosive charge collapsed the liner into a high-velocity jet of metal that could penetrate thick armour.

The manufacturer’s claimed penetration was approximately 210 mm, although combat results varied with the angle of impact and the quality of the armour. The rocket was stabilised by fins that unfolded after leaving the tube, and it was propelled by a solid-fuel motor that burned for a short time after firing.

The rocket’s low velocity, approximately 105 metres per second in the RPzB 54, made it inaccurate at long range and vulnerable to wind, but at the weapon’s effective range of about 150 metres it was accurate enough for its purpose. The shaped charge was the key to the weapon’s power, because it allowed a small, slow rocket to defeat armour that no conventional gun of similar size could penetrate.

The Launcher Tube and Ignition

The launcher itself was a simple open steel tube, approximately 1.64 metres long, with a pistol grip, a trigger, and a simple sight. The tube was open at both ends, which allowed the rocket’s exhaust to escape to the rear, and it had no recoil in the conventional sense.

The firing mechanism was electrical: the gunner squeezed the trigger, which sent a current from a battery in the grip to an igniter in the rocket’s motor. The electrical system was simple and reliable, although it could be affected by damp and by damaged wiring. The tube had a shoulder rest and a carrying handle, and it could be fitted with a simple optical sight.

The launcher was designed to be used by a crew of two, with the loader inserting the rocket into the rear of the tube and the gunner aiming and firing. The tube’s simplicity meant that it could be produced cheaply and in large numbers, and it could be repaired in the field with basic tools.

Why the Shield Mattered

The blast shield was more than a safety device: it was essential to the Panzerschreck’s tactical use. Without the shield, the gunner would have been injured by the rocket’s exhaust, and the weapon could not have been fired from the shoulder. The shield allowed the gunner to fire from a standing, kneeling or prone position, and it protected his face and hands from the hot gases.

The shield also served as a visual signature: Allied tank crews learned to recognise the Panzerschreck’s large, rectangular shield, and the weapon’s distinctive profile became a symbol of the German infantry’s anti-tank capability. The shield’s weight, however, made the weapon heavier and more awkward to carry, and it increased the weapon’s silhouette, making the gunner more visible to enemy fire.

The trade-off was accepted because the shield was necessary for the weapon to function at all, and because the Panzerschreck’s power justified its weight.

Weight, Crew and Handling

The Panzerschreck was a heavy weapon for an infantryman to carry. The RPzB 54 weighed approximately 9.25 kilograms empty, and the RPzB 54/1 weighed approximately 11 kilograms, while each rocket weighed about 3.3 kilograms. A two-man crew would typically carry the launcher and four to six rockets, a load of more than 25 kilograms, in addition to their personal equipment.

The weapon’s weight and length made it awkward to carry in close terrain, and its crew was vulnerable while moving, because the launcher could not be fired on the move. In action, the crew worked as a team: the loader carried the rockets and loaded the tube, while the gunner aimed and fired. The loader also acted as an observer, spotting targets and warning the gunner of threats.

The Panzerschreck’s handling was simple, and a crew could be trained in a few days, which was essential for a weapon that was issued in large numbers to hastily trained soldiers in the last year of the war.

5. Variants

RPzB 54: The Original Weapon

The RPzB 54 was the original Panzerschreck, introduced in the summer of 1943. It had a long tube, a large blast shield, and a simple sight, and it fired the RPzB.Gr. 4322 rocket at a muzzle velocity of approximately 105 metres per second. The RPzB 54’s effective range was about 150 metres, and its maximum range was about 700 metres for area fire.

The weapon was produced in large numbers in 1943 and early 1944, and it was issued to infantry units on all fronts. The RPzB 54’s main weakness was its low muzzle velocity, which made the rocket slow and inaccurate at longer ranges, and which gave the target time to move or to take cover.

The weapon’s electrical firing system was also vulnerable to damp, and the rocket’s fins sometimes failed to deploy, causing the rocket to tumble. Despite these limitations, the RPzB 54 was a formidable weapon at close range, and it was feared by Allied tank crews throughout 1943 and 1944.

RPzB 54/1: The Improved Model

The RPzB 54/1 was an improved version of the Panzerschreck, introduced in 1944. It had a shorter tube, a redesigned blast shield, and an improved rocket, the RPzB.Gr. 4992, which had a higher muzzle velocity of approximately 145 metres per second and a longer effective range of about 180 metres.

The 54/1 also had an improved sight and a more reliable electrical system, and it was slightly heavier than the original, at approximately 11 kilograms. The 54/1 became the standard Panzerschreck in the last year of the war, and it was produced in large numbers. The improved rocket’s higher velocity made it more accurate and gave it a flatter trajectory, which improved the gunner’s chances of hitting a moving target.

The 54/1’s improvements were modest, but they reflected the German Army’s experience with the weapon in combat, and they made the Panzerschreck a more effective weapon in the hands of trained crews.

Ammunition Types and Supply

The Panzerschreck’s ammunition was as important as the launcher, and several types of rocket were produced. The standard anti-tank rocket was the RPzB.Gr. 4322, with a shaped-charge warhead, and it was the most common type. A later version, the RPzB.Gr. 4992, was designed for the 54/1 and had improved propellant and a more reliable fuze.

There was also a practice rocket, with an inert warhead, for training, and a small number of rockets with different warheads were tested, although they did not enter large-scale service. The supply of rockets was a constant problem, because the demand for ammunition far exceeded production, and Panzerschreck crews often had only a few rockets available.

The rocket’s production was shared between several factories, and the quality of the rockets varied, with some batches suffering from faulty fuzes or unreliable motors. The ammunition supply was a limiting factor on the Panzerschreck’s effectiveness throughout its service.

The Planned Larger Versions

German engineers considered larger versions of the Panzerschreck, including a 105 mm weapon, but these did not enter production before the end of the war. The plans for a larger Panzerschreck reflected the German Army’s desire for a more powerful infantry anti-tank weapon, capable of defeating the heaviest Allied tanks at longer ranges.

The 105 mm design would have had a larger warhead and a longer range, but it would also have been heavier and more difficult to handle. The war ended before the design could be finalised, and the Panzerschreck remained an 88 mm weapon throughout its service.

The planned larger versions are a reminder of the German Army’s continuous search for better anti-tank weapons, and of the pressures that drove the development of the Panzerschreck itself. The 88 mm calibre, however, proved sufficient for the weapon’s purpose, and the Panzerschreck’s production was never interrupted by the search for a replacement.

6. Operational History

First Combat on the Eastern Front

The Panzerschreck first saw combat on the Eastern Front in the autumn of 1943, where it was issued to infantry units facing the Soviet advance. The weapon’s debut was promising: Soviet tank crews, who had grown accustomed to facing German infantry armed only with anti-tank rifles and grenades, were surprised by the Panzerschreck’s power, and several Soviet tanks were destroyed by the new weapon in its first engagements.

The Panzerschreck’s effectiveness on the Eastern Front was limited by the supply of rockets and by the inexperience of its crews, but it quickly became a standard weapon in German infantry units. The Eastern Front was the Panzerschreck’s most important theatre, because it was there that German infantry faced the largest numbers of enemy tanks, and where the need for a powerful infantry anti-tank weapon was greatest.

The weapon’s service on the Eastern Front continued until the end of the war, and it was used in the defence of East Prussia and in the fighting around Berlin.

Normandy and the West

In Normandy, the Panzerschreck was used by German infantry in the bocage, the close hedgerow country where engagements were often at short range. The weapon’s short effective range was less of a disadvantage in the bocage, where tanks and infantry fought at distances of less than 150 metres, and the Panzerschreck became a serious threat to Allied tanks.

American and British tank crews learned to fear the Panzerschreck, and they developed tactics to counter it, including the use of infantry screens and the suppression of suspected firing positions with artillery and machine-gun fire. The Panzerschreck was also used in the fighting around Caen, in the Falaise Pocket, and in the later battles in the Netherlands and Germany, where German infantry used the hedgerows, woods and villages to bring Allied tanks within range of the short-ranged but powerful rocket.

In the West, the Panzerschreck’s most famous use was in urban fighting, where its short range and its power made it ideal for ambushes in streets and buildings.

Tank-Hunting Teams

German infantry used the Panzerschreck in tank-hunting teams, small groups of soldiers trained to stalk and destroy enemy tanks. A typical team consisted of a Panzerschreck crew, a machine gunner, and one or two riflemen, who provided protection and who carried additional rockets. The teams operated in pairs or in small groups, and they used cover and concealment to approach tanks to within the Panzerschreck’s effective range.

The teams were most effective in close terrain, in woods, in towns, and in the bocage, where tanks were restricted to roads and tracks and where the Panzerschreck’s short range was not a handicap. Tank-hunting teams were a response to the German Army’s shortage of tanks and anti-tank guns, and they reflected the growing importance of infantry anti-tank weapons in the last year of the war.

The teams’ tactics were taught in training schools, and their successes were widely publicised in German propaganda.

The Last Year of the War

In the last year of the war, the Panzerschreck became one of the German Army’s most important weapons. As German tank production declined and Allied tanks became more numerous, the Panzerschreck was issued in large numbers to the Volksgrenadier divisions and to the Volkssturm, the people’s militia formed in late 1944.

The weapon’s simplicity made it suitable for hastily trained soldiers, and its power gave even inexperienced troops the ability to destroy a tank. The Panzerschreck was used in the Ardennes offensive, in the defence of the Rhine, and in the final battles in Germany, including the Battle of Berlin.

In Berlin, Panzerschreck teams fought from buildings and ruins, destroying Soviet tanks at close range, and the weapon’s use in the capital’s streets demonstrated both its effectiveness in urban warfare and the desperation of Germany’s final defence. The weapon’s service in the last year of the war was a testament to its effectiveness and to the German Army’s reliance on infantry anti-tank weapons when its armoured forces had been exhausted.

7. Performance and Specifications

Penetration and Lethality

The Panzerschreck’s claimed penetration of approximately 210 mm of armour was enough to defeat the frontal armour of any Allied tank in service, including the Soviet IS-2 and the American M4 Sherman. In combat, the weapon’s effectiveness depended on the angle of impact and the quality of the armour, and hits at oblique angles were less effective.

The shaped-charge warhead was most effective against homogeneous armour, and it was less effective against spaced armour and against the sloped armour of the T-34, although it could still penetrate at close range. The Panzerschreck’s lethality was not only in its penetration but in its psychological effect: Allied tank crews feared the weapon, and they were reluctant to advance without infantry support.

The Panzerschreck’s power made it a serious threat to tanks, and its use forced Allied commanders to change their tactics, keeping tanks further from infantry and providing them with closer infantry protection.

Limitations in the Field

The Panzerschreck’s limitations were significant. Its effective range was short, about 150 metres for the RPzB 54 and about 180 metres for the 54/1, and its accuracy was limited by the rocket’s low velocity and by wind. The weapon produced a large smoke trail and a bright flash on firing, which revealed the gunner’s position and made him vulnerable to return fire.

The Panzerschreck’s crew was exposed while firing, and the weapon’s weight and length made it awkward to carry. The supply of rockets was often inadequate, and the weapon’s electrical firing system could fail in damp conditions. The Panzerschreck was most effective in ambushes and in close terrain, and it was less useful in open country, where its short range and its smoke trail made it vulnerable, and where Allied tanks could engage its crew from beyond the weapon’s effective range with machine guns and high-explosive shells.

These limitations were well understood by German commanders, who used the weapon in roles that minimised its weaknesses.

Panzerschreck versus Bazooka

The Panzerschreck was larger and more powerful than the American Bazooka from which it was copied, but it was also heavier and more conspicuous. The Bazooka’s 60 mm rocket had a claimed penetration of about 100 mm, roughly half that of the Panzerschreck, and the Bazooka was lighter and easier to carry.

The Panzerschreck’s 88 mm rocket gave it a decisive advantage in penetration, and it could defeat tanks that the Bazooka could not. The Bazooka, however, was more widely issued and was used in larger numbers, and its lighter weight made it more suitable for airborne and light infantry units.

The two weapons were similar in concept but different in execution, and the Panzerschreck’s greater power reflected the German Army’s need to defeat heavier Allied tanks. The comparison shows how a copied design can be improved to meet a different set of requirements, and how the Panzerschreck’s development was driven by the specific threats faced by the German Army.

8. Operators

The German Army and Waffen-SS

The principal operator of the Panzerschreck was the German Army, which issued the weapon to infantry, Panzergrenadier and Volksgrenadier units on all fronts. The weapon was also used by the Waffen-SS, which received Panzerschrecks for its own divisions, and by the Luftwaffe’s field divisions. The Panzerschreck was a standard weapon in German infantry units from late 1943, and it was issued at the rate of several launchers per company.

The weapon’s crews were trained in dedicated schools, and the Panzerschreck’s tactics were taught alongside those of the Panzerfaust, the other German infantry anti-tank weapon. The German Army’s use of the Panzerschreck reflected its growing reliance on infantry anti-tank weapons as its tank forces declined, and the weapon became a symbol of the German infantry’s ability to fight tanks without armoured support, a capability that the German Army valued highly in the last two years of the war.

The Panzerschreck’s service in the German Army continued until the end of the war.

Finland and Other Users

Finland was the only other country to use the Panzerschreck in significant numbers, receiving approximately 1,300 launchers from Germany in 1944. The Finnish Army used the Panzerschreck in the Continuation War against the Soviet Union, where it was valued for its power and its simplicity.

Finnish crews found the weapon effective against Soviet tanks, and the Panzerschreck remained in Finnish service after the war, being used for training into the 1950s. Other users included the Hungarian Army, which received a small number of Panzerschrecks, and various partisan and resistance groups that captured the weapon.

The Panzerschreck was never exported in large numbers, and its service was overwhelmingly German, although the Finnish experience showed that the weapon could be used effectively by other armies, and Finnish crews praised its simplicity and its destructive power. After the war, captured Panzerschrecks were evaluated by the Allies, and the weapon’s design influenced the development of post-war rocket launchers in the Soviet Union and elsewhere.

9. Legacy and Influence

Influence on Post-War Rocket Launchers

The Panzerschreck’s influence on post-war rocket launchers was significant. The Soviet Union, which had captured large numbers of Panzerschrecks, used the design as the basis for the RPG-2, which entered service in 1949, and the RPG-2 in turn led to the RPG-7, one of the most widely used weapons in the world. The RPG-7’s design, with its large warhead and its open tube, owes a clear debt to the Panzerschreck.

Other countries also studied the Panzerschreck, and the weapon’s shaped-charge warhead and its rocket propulsion became standard features of infantry anti-tank weapons after the war. The Panzerschreck demonstrated that a simple, cheap rocket launcher could defeat the heaviest tanks, and it established the concept of the infantry rocket launcher as a standard weapon in every army, a concept that has shaped infantry tactics from the Second World War to the present day.

The weapon’s legacy is thus not only in its wartime service but in the generations of rocket launchers that followed it.

The Panzerschreck in Popular Memory

The Panzerschreck is one of the best-known German weapons of the Second World War, and its distinctive profile, with its large blast shield, is instantly recognisable in photographs, films and video games. The weapon’s name, which translates as “tank terror”, has entered popular culture as a synonym for a powerful anti-tank weapon, and the Panzerschreck is often depicted in accounts of the Normandy campaign and the Battle of Berlin.

The weapon’s reputation among Allied veterans was considerable: tank crews who faced the Panzerschreck remembered its smoke trail and its destructive power, and infantry who used it remembered its weight and its backblast. The Panzerschreck’s place in popular memory reflects its effectiveness and its distinctive appearance, and it ensures that the weapon will continue to be studied and remembered long after the last example has left service, as historians and enthusiasts seek to understand how a simple tube and rocket changed the balance of power on the battlefield.

From Panzerschreck to RPG

The line from the Panzerschreck to the RPG-7 is one of the clearest examples of a wartime weapon influencing post-war design. The Soviet RPG-2, introduced in 1949, was a direct copy of the Panzerschreck’s concept, with a larger warhead and a similar open tube.

The RPG-7, introduced in 1961, refined the design with a more powerful rocket and a reusable launcher, and it became the standard infantry anti-tank weapon of the Soviet Union and its allies. The RPG-7’s success, with millions produced and used in conflicts around the world, is a testament to the soundness of the Panzerschreck’s basic concept, and it shows how a weapon designed in wartime Germany could shape the arsenals of armies on every continent for decades afterwards.

The weapon’s influence extends beyond the RPG series: the idea of a cheap, man-portable rocket launcher that can defeat a tank has become a fundamental part of infantry warfare, and the Panzerschreck was one of the first weapons to demonstrate that concept in combat.

10. Surviving Examples

Museums in Germany and Europe

A significant number of Panzerschrecks survive in museums around the world, reflecting the weapon’s large production run. The Deutsches Panzermuseum at Munster in Germany holds examples of the RPzB 54 and the RPzB 54/1, and the Wehrtechnische Studiensammlung at Koblenz also displays the weapon. The Tank Museum at Bovington in Britain holds a Panzerschreck, and the Imperial War Museum in London displays the weapon alongside other German infantry arms.

The Musée des Blindés at Saumur in France holds a Panzerschreck, and the Kubinka Tank Museum in Russia has examples captured on the Eastern Front. These museum examples are valuable because they show the weapon’s distinctive blast shield and its long tube, which are difficult to appreciate from photographs.

The Munster examples are particularly well preserved, and they are displayed alongside the Panzerfaust, which allows visitors to compare the two German infantry anti-tank weapons, and to understand how the German Army used both weapons together to defend against Allied armour.

Survivors in North America and Beyond

Other surviving Panzerschrecks include examples at the National Armor and Cavalry Museum at Fort Benning in the United States, and at the Canadian War Museum in Ottawa. The Finnish Army’s Panzerschrecks are preserved in Finnish military museums, including the Parola Tank Museum, which holds examples of the weapon in its infantry collection. Several Panzerschrecks are in private collections, and deactivated examples are held by collectors in Europe and North America.

The weapon’s survival in relatively large numbers reflects its production run and its distribution to many units, and it ensures that future generations can see the weapon that gave German infantry the power to destroy Allied tanks. The surviving examples are a reminder of the Panzerschreck’s historical importance and of its influence on post-war rocket launcher design, and they allow visitors to appreciate the weapon’s size, weight and distinctive blast shield, which photographs alone cannot fully convey.

Museum curators value these examples because they preserve the physical evidence of a weapon that changed infantry warfare in the Second World War.

Frequently Asked Questions

What does Panzerschreck mean?
Panzerschreck translates from German as “tank terror” or “tank dread”. The name reflected the weapon’s psychological impact on Allied tank crews, who feared its power and its distinctive smoke trail. The official designation was Raketenpanzerbüchse 54, or RPzB 54.

Was the Panzerschreck copied from the Bazooka?
Yes. German engineers copied the American Bazooka after capturing examples in North Africa in early 1943. They enlarged the calibre from 60 mm to 88 mm, added a blast shield, and produced a more powerful weapon with roughly double the Bazooka’s penetration.

How much armour could the Panzerschreck penetrate?
The manufacturer’s claimed penetration was approximately 210 mm of armour. Combat results varied with the angle of impact and the quality of the armour, but the weapon could defeat the frontal armour of any Allied tank in service, including the heaviest Soviet and American tanks.

How far could the Panzerschreck fire?
The effective range was approximately 150 metres for the RPzB 54 and approximately 180 metres for the improved RPzB 54/1. The maximum range was about 700 metres for area fire, but the weapon was inaccurate at long range and was normally used at close range.

How many Panzerschrecks were built?
Approximately 289,000 launchers were built, with over a million rockets produced. These are approximate figures, because wartime production records are incomplete, and the totals include both the RPzB 54 and the RPzB 54/1.

Did the Panzerschreck influence later weapons?
Yes. The Soviet RPG-2 was based on the Panzerschreck, and the RPG-2 led to the RPG-7, one of the most widely used infantry anti-tank weapons in the world. The Panzerschreck established the concept of the cheap, man-portable rocket launcher.

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Sources

• Ian Hogg, German Hand and Small Arms of World War II (Greenhill Books).
• Peter Chamberlain and Hilary Doyle, Encyclopedia of German Tanks of World War Two (Arms and Armour Press).
• Thomas L. Jentz, Panzer Truppen series (Schiffer Publishing).
• Deutsches Panzermuseum Munster, Panzerschreck collection records.
• Gordon Rottman, World War II Infantry Anti-Tank Tactics (Osprey Publishing).
• German War Office, Raketenpanzerbüchse 54 Handbook (wartime technical manual).
• Wikipedia, "Panzerschreck"