WWII British Turtle Shell MK III Helmet

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Produced from November, 1943, the MKIII helmet was first issued to assault troops of the British 3rd Infantry Division and Canadian army personnel in time for the Invasion of Normandy (often referred to as the 1944 pattern helmet). Although this helmet was to replace the MKII, substantial quantities of the older helmet remained in service even after the end of the Second World War. The MkIII retained a lining system that was fixed by a single screw through the crown, the later MK IV type featured one that was detachable by a ‘lift the dot’ principle. This modification meant that the basic steel helmet shell could be used as a basin if required, if indeed it was at all. Later, from 1959, a different type of lining system was adopted, replacing the familiar black oilskin cloth and rubber pattern, being replaced with a three part liner. The three-part consisted of a flexible multi-armed orange-brown fibre cradle, a sponge-lined crown, and an elasticated khaki stocking. When assembled, the stocking fitted over the sponge crown which in turn was connected to the cradle by press-studs, the cradle then pressed onto an inverted post located at the centre of the helmet shell via a sprung ‘lift the dot’ metal fixing. This system was the last in a long line of uncomfortable liners used by the British Army and possibly the worst. Those that wore the helmet have unhappy memories of it bouncing on the wearer’s head when running and of the constant itching to the scalp that was caused by the sponge and elasticated stocking liner as it rubbed on the head. However, despite its problems the helmet remained with all three Services and was used until finally replaced by the GS Combat Helmet in the mid-1980s.

The Mark III helmet was designed to provide better protection for the side of the head than its predecessor. It was a deeper helmet with a smaller brim and provided 38% more protection than the Mark II, particularly at the sides. The Mark III helmet was issued primarily to assault troops for the Normandy invasion in June 1944, and a large number of helmets from British stocks were issued to the 3rd Canadian Infantry Division in addition to British units. Small numbers also went to the 2nd and 4th Canadian Divisions. All Mark III helmets in Canadian stores were returned to the UK shortly after the end of the Second World War.

Some Picture

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Training with a Lifebuoy flamethrower in Hampshire, 29 April 1944

 

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Canadian soldier wearing Mk III helmet in Caen, 9 July 1944.

 

 

Reference

https://en.wikipedia.org/wiki/Mk_III_helmet

http://www.iwm.org.uk/collections/item/object/30101243

 

 

 

 

 

 

 

History Of German Military Helmet From WW1-Nowdays

Hello Everybadeh I Want Share History Of German Military Helmet

First German Imperial Army Use Pickelhaube

Pickelhaube :(1842-1916)

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Was Designed in 1842 By King Frederick Willian IV Of Prussia,It is not clear whether this was a case of imitation, parallel invention, or if both were based on the earlier Napoleonic cuirassier. The early Russian type (known as “The Helmet of Yaroslav Mudry”) was also used by cavalry, which had used the spike as a holder for a horsehair plume in full dress, a practice also followed with some Prussian models

Design German Pickelhaube

German Army were standard prior to 1914, but the basic construction of the infantry Pickelhaube was an exception. There are three main leather parts of the helmet; a basic shell with a front and rear visor, that are sewn on. The shell was formed by pressing a piece of steamed leather through a large mould. The helmet was then covered in many layers of black lacquer until it could be polished to a bright finish. The helmet had two brass renforcing trim pieces, at the front visor and a brass spine at the rear of the helmet. The front of the helmet is covered with a large gilded brass helmet plate. Guard regiments, train battalion units, and Bavarian Pioneers, had silver plated helmet fittings and related trim to distinguish them from the ‘line’ regiments. Each German Kingdom, Dukedom, Earldom, Free City, etc., had it’s own unique helmet plate. A full description of all the different helmet plates would, and does, make a very thick book. This discussion is limited to the basic ‘line’ infantry enlisted man’s helmet of 1895, and wartime changes up to 1916. The drawing below, illustrates the basic details of the 1895 model line infantry helmet.

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Pickelhaube Variant

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Bavarian Pickelhaube A standard Bavarian line infantry helmet, 1895 model, in rough condition. In 1886, Bavaria adopted the Pickelhaube, the last German State to do so. The kokade on the right side is the German Reich kokade. Black, white, red, were the national colors of Germany. The kokade on the left is the Bavarian Land kokarde. White, blue, white, were the State colors of Bavaria. Each German State had their own unique color scheme for the Land kokade, and unique helmet plate. The gilded brass plate on the helmet bears the Bavarian State coat of arms supported by two lions, and the State motto, In Treue Fest (In Loyalty Steadfast). The inside of the rear visor is stamped ‘15 I.R.‘, indicating the 15th Bavarian infantry regiment, the regimental number is embossed, and not an ink stamp, indicating that this helmet was made prior to 1914. All fittings and kokades are original to the helmet. The title of the regiment was ‘König Friedrich August von Sachsen‘. The King of Sachsen (Saxony) was the honorary, commander of the regiment. This was a common practice of courtesy among the aristocracy in the pre-war German, Austrian and British armies and navies. The Kaiser was an honorary commander of various British and Austrian regiments and an admiral of the British Navy, until 1914. King George V and Czar Nicholas II were both honorary commanders of a German Regiment.

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Ersatz (Substitute) helmet, made of lacquered steel, made in early 1915. The start of the war brought on the British blockade of Germany. Leather for helmets was imported from Argentina, and the demand for helmets exhausted supplies almost immediately. Manufacturers of kitchen utensils were called on to turn out helmets of thin steel and tin. Although the helmet is steel, it offered no real protection in combat, nor did the leather helmet. All other fittings are standard 1895 model brass fittings. The helmet plate is a pre-war type and not original to the helmet. The kokades are from the 1914 era, but are not original to the helmet. The chinstrap is a modern reproduction. Collectors refer to this as a ‘parts’ helmet, as it is an assembly of original parts. It does not have the same value as a complete helmet with all original fittings. Other examples of this type of helmet were painted field grey, with brass or steel fittings and plates, also painted field grey

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Ersatz Prussian Artillery Kugelhelm (Ball Helmet), made in mid-1915. All fittings are 1895 model parts, but steel, painted field grey. Other examples of this type of helmet used brass fittings when available. The helmet plate is the standard Prussian line eagle plate, with the King’s motto, Mit Gott Für Koenig und Vaterland (With God for King and Country, i.e. Prussia). The right kokade is the German National kokade, and the left kokade is the Prussian Land Kokade, black, white, black, being the state colors of Prussia. The kokades and chinstrap are modern replacements. Many Artillery units had a ball on top of their helmets in place of a spike. By 1915 the detachable spike attachment had been developed so that soldiers in the trenches could remove the spike, as the spike was incompatible for service in the trenches and they made excellent targets for British and French snipers. A collateral benefit for this was that the same helmet could be used for infantry or artillery artillery units, simplifying the manufacturing and supply process

Second German army Use Stahlhelm

Stahlhelm (1915-1945)

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Designed By Dr. Friedrich Schwerd of the Technical Institute of Hanover. In early 1915 Schwerd had carried out a study of head wounds suffered during trench warfare and submitted a recommendation for steel helmets, shortly after which he was ordered to Berlin. Schwerd then undertook the task of designing and producing a suitable helmet broadly based on the 15th century sallet, which provided good protection for the head and neck.

First Stahlhelm were tested in November 1915 at the Kummersdorf Proving Ground and then field tested by the 1st Assault Battalion. Thirty thousand examples were ordered, but it was not approved for general issue until New Year 1916, hence it is most usually referred to as the “Model 1916”. In February 1916 it was distributed to troops at Verdun, following which the incidence of serious head injuries fell dramatically. The first German troop who had to use this helmet had been the stormtroopers of the Sturm-Bataillon Nr. 5 (Rohr) which had been commanded by captain Rohr.

In contrast to the Hadfield steel used in the British Brodie helmet, the Germans used a harder martensitic silicon/nickel steel. As a result, and also due to the helmet’s form, the Stahlhelm had to be formed in heated dies at a greater unit cost than the British helmet, which could be formed in one piece

Stahlhelm Variant

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M1916 & M1917

The model 1916 Stahlhelm was a mix between the obsolete Pickelhaube and the French made ‘Adrian’ helmet. Unlike the ‘Adrian’ helmet the M16 was a grey (feld grau) color, rather then a bronze color (this tradition was carried on to all stahlhelms up until 1945). It should be noted that as early as 1915, the German High Command was aware of that the Pickelhaube was obsolete and various ‘improvised’ headpieces were constructed on the field. One example of a German ‘improvised’ headpiece is the ‘Gaede’ helmet. The ‘Gaede’ was put together by connecting a metal sheet to a German skullcap. The ‘Gaede’ was developed and put to use by Lieutenant-Colonel Gaede in central France in 1915.
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M1918

1917 the Model 1917 Stahlhelm was manufactured. The M1917 was basically an exact duplicate of the M1916, but with a more defined cutaway area around the ears. Later, in early 1918, the Model 1918 Stahlelm, with a clear cutaway between both ears was introduced to service and saw a limited distribution. Only small numbers were given out until the end of the war.

During the German pre-Wehrmacht period (1919-1935) the Model 1916 remained the most commonly used piece of military headgear in Germany outside of the military sphere. With the Treaty of Versailles’ implementation in June 1919, large numbers of Stahlhelms M16, M17, and M18 were destroyed pursuant to the purpose of the Treaty which was to basically crush future German war efforts. In the late 1920’s and early 1930’s, however, the M16 and the M17 were remanufactured for military and police use.

Members of the Reichswehr and auxiliary formations wore two versions of the Stahlhelm Model 1916 and Model 1917-(and various other models, the Pickelhaube, the M1918, etc.). It should be noted that after Hitler’s rise to power wearers of the Model 1916 and Model 1917 also wore the decorative German tri-color shield and the Wehrmachtadler (a white eagle grasping a swastika). The Stahlhelm Model 1916 and Model 1917 remained in service until 1935 when it was replaced by a lighter model of the Stahlhelm, the model 1935.

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M1935

With the re-introduction of conscription and the formation of several new armed service branches (the Heer, Luftwaffe, and Kriegsmarine into a new armed force title the Wehrmacht) a new helmet type was needed to keep up with the modernization’s of the country’s forces. Therefore the Model 1935 was introduced into German service on July 1, 1935. The sheer weight and size of the Model 1935 didn’t vary much from that of the Model’s 1916 and 1917 Stahlhelm. A very distinctive feature of the Model 1935 was the crimping of the helmets rim; this was later discontinued for economic reasons. It is interesting to note that large numbers of the M35 were exported to foreign countries in both the Weimar republic and Third Reich periods, particularly to Argentina and China.

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M1940
In 1940 a new version of Stahlhelm was produced, the Model 1940. The Model 1940 was almost identical to the model 1935 in every way except that the tri-color shield was removed along with the Wehrmachtadler. The M40’s ventilation holes on the sides of the helmet were also increased for maximum combat and production efficiency. The crimping of the rim of the Model 1935 was still in use for this Stahlhelm variation.

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M1942
In 1942 another new version of the Stahlhelm came into Wehrmacht service, the Model 1943 (in the United Kingdom, the Model 1942 is usually referred to as the Model 1943.) Because of wartime production troubles and the lack or raw materials, the Model 1943 Stahlhelm was stamped out of only one sheet of steel. This process eliminated the distinctive rim crimping seen in earlier models of the Stahlhelm.
Because of the M43’s lack of crimping it had a sharp appearance and the size of the helmets based increased slightly. The Model 1943 Stahlhelm remained in production until the end of the war and saw a wide use by the service branches of the Wehrmacht and auxiliary formations (i.e. HJ squads, Schuma units, etc.).

Though various models of the Stahlhelm was produced throughout World War II no models ever completely vanished from German service. The Model 1935 and Model 1940 Stahlhelms remained in service with various foreign units and both helmets saw a widespread use in the Waffen-SS’s ‘Freiwilligen‘ units. The Volkssturm, a troop of under aged and overage aged Germans, also used the older models of the Stahlhelm and even the Model 1916 was used in Volksgrenadier divisions.

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Luftwaffe Paratroopers Helmet

The above discussed the uses of the Stahlhelm in the traditional military and police sense. But the Stahlhelm was also produced for more specialized tasks. For example the Luftwaffe introduced the Fallschrimjaeger (Airborne and Glider borne troops) helmet in 1936. The Model 1936 Fallschrimjaeger helmet didn’t differ much from the Model 1935. With the exceptions of its lighter weight and lack of helmet crimping, it basically resembled the Model 1935 Stahlhelm without a helmet rim. There was also more padding in the interior of the helmet to protect the wearer during airborne operations. Another example of a specially designed Stahlhelm is the plastic, extremely light weight Stahlhelms that were produced for use by aged, high ranking soldiers and injured soldiers, for non-combat uses.

In conclusion the Stahlhelm and its different versions proved to be the most effective combat helmet produced during the war. The Stahlhelms gave more than adequate protection to the wearer and prevented most forms of shrapnel from injuring the wearer. It’s light weight gave the wearer maximum mobility and proved excellent for fast paced operations, perfect for the blitzkrieg tactics employed by the Wehrmacht in the WW 2.

And Last German Modern Helmet Gefechtshelm Schuberth B826

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Hmm I Dunt Have Review For That Because I Dont Found Source For This
Okay Akhirnya :v
Source/References
  1. Helmets and Headdress of the Imperial German Army, 1870-1918, Col. Robert H. Rankin, Published by N. Flayderman & Co., 1965
    The Pickelhaube, Vol. 1, J.A. Bowman, published by Imperial Publications, 1989
    The Pickelhaube, Vol. 2, J.A. Bowman, published by Imperial Publications, 1992
    Militaria, Ein Bilderbuch für Sammle und Freunde alter Helme und Uniformen (A Picture Book for Collectors and Friends of old Helmets and Uniforms), Jan K. Kube, published by Podzun-Pallas-Verlag, 1987, an English version of this book is also available Reprint (with English translation) of; Die Graue Felduniform der Deutschen Armee, Published by Verlag von Moritz Ruhl/Leipzig, 1910
    Reprint of ; Deutschlands Armee in Feldgrauer Kriegs-und Friedens-Uniform, Paul Casberg, published by P.M. Weber, Berlin, 1916
  2.  World War I Infantry in Color Photographs, Europa Militaria No. 3, Laurent Mirouze, published by Windrow & Green, London
    Army Uniforms of World War 1, Andrew Mollo & Pierre Turner, Arco Publishing Company, Inc., 1978
    The German Army 1933-1945: Uniforms and Insignia, by Brian L. Davis
    The German Luftwaffe Uniforms and Insignia volumes 1 & 2, by Brian L. Daivs
    Body Armor, by Robert Woosnam-Savage and Anthony Hall
    German Helmets 1933-1945, by T.V. Goodapple and R.J. Weinand
    Osprey Warrior Series: The Waffen-SS 1940-1945, by Bruce Quarrie and Jeffery Burn
    The German soldier, by Dr. S. Hart, Dr. M. Hart and Dr. Matthew Hughes
    The German Army 1933-1945: It’s Political and Military Failure, by Matthew Cooper
    Images courtesy of The Ruptured Duck and N & T Global Trading
  3. http://www.axishistory.com/axis-nations/360-germany-unsorted/militaria/9066-a-brief-history-of-the-german-stahlhelm-1916-1945
  4. http://en.wikipedia.org/wiki/Stahlhelm
  5. http://www.worldwar1.com/sfgph.htm
  6. http://en.wikipedia.org/wiki/Pickelhaube

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T-34-85

Hello Yeh Im New On WordPress And Sorry For Bad English But In My First Post I Want To Describe The Stalin Powah In WW2.

T-34-85 (This Tank From Soviet Union(1943-58),an estimated built 55,000 unit this tank)

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T-34-85 is the final modification of T-34 On 1943.

The History

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After improved German Panzer IVs with the high-velocity 75 mm (2.95 in) gun were encountered in combat in 1942, a project to design an entirely new Soviet tank was begun.with the goals to win the armour protection and adding the modern feature like a torsion-bar suspension and three man turret,and the new tank is T-43 Prototype As a possible to replace T-34 Medium And KV-1 Heavy,However The T-43 Have Good Armour But Can’t Proof To german 88mm  guns,and the mobility is good ,Finally T-43 Shared 70% equipment to T-34 and manufacturing it would still have required a significant slow-down in production,Consequently, the T-43 was cancelled..

Not Only The Gun German improve Their Armor,Soviet firing tests against a captured Tiger I heavy tank in April 1943 showed that the T-34’s 76 mm gun could not penetrate the front of the Tiger I at all, and the side only at very close range. A Soviet 85 mm antiaircraft gun, the 52-K, was found capable of doing the job, and so derivatives of it were developed for tanks,The Result the gun can’t penetrate the side armor Tiger I  From 600-800m but Tiger I Destroy T-34 From 1,500-2,000m,and the result The State Defense Comitte Decided To Retool T-34 and improve 85mm Gun From the T-43 To Fit In T-34This was a larger three-man turret, with radio (previously in the hull). Now the tank commander needed only to command, leaving the operation of the gun to the gunner and the loader. The resulting new tank, the T-34-85, was seen as a compromise between advocates for the T-43 and others who wanted to continue to build as many 76 mm-armed T-34s as possible without interruption.

Design The T-34-85

Gun: The M1939 (52-K) air-defense gun was efficient and well-proven, sporting a 55 caliber barrel. It had a muzzle velocity of 792 m/s (2,598 ft/s). General Vasiliy Grabin and General Fyodor Petrov directed the team responsible with the conversion, initially into an anti-tank gun. Soon it appeared ideally suited for a tank, and the first to use a derivative model, the D-5, was the SU-85, a tank destroyer based on the T-34 chassis. This was an interim measure as the gun had to be integrated on the T-34/85, but the time necessary in order to create the turret delayed its adoption.

Other teams soon proposed the S-18 and the ZiS-53 for the same purposes. The three guns were tested at Gorokhoviesky Proving Grounds, near Gorkiy. The S-18 won the competition at first and its design was approved for use in the modified turret, but dropped when it was apparent that it was not compatible with the D-5 mounting for which the turret was designed. However, the D-5, conceived by Petrov, was retested and showed a limited elevation and other minor defects, but equipped the first production series (model 1943) of the T-34/85 as the D-5T. At the same time, Grabin’s gun, the ZiS-53 showed mediocre ballistic performances and had to be reshaped by A. Savin. On December 15, 1943 this modified version, named the ZiS-S-53, was chosen to be produced en masse and equipped all T-34/85’s model 1944. Around 11,800 had been delivered during the next year only..

Turret: By choosing either the D5T or ZIS-85, guns with a very long barrel and without a muzzle brake, the recoil dictated a very large turret, or at least very long. This roomier design also had the advantage of being roomy enough for three crewmen, the commander being freed from having to load the gun. This in turn helped him concentrate on possible targets and generally to have better awareness of the battlefield. The advantage of a three-man turret was already known by the British since the twenties, and the Germans found it very convenient for their main tanks, the Panzer III and IV. The advantages of such a configuration became obvious during the campaign in France. Having the commander free to focus on his tasks and excellent tank-to-tank communication gave them a clear-cut tactical superiority over the French, whose tanks mostly had one man turrets.

This new turret, ordered by The People’s Commissariat for the armour Industry, was partly based on the T-43’s turret and was hurriedly adapted by Krasnoye Sormovo Factory chief engineer V. Kerichev. It was a compromise design with a slightly reduced base ring, two periscopes and the commander cupola relocated to the rear, for full peripheral vision. The radio was also relocated, allowing easier access, better signal and range.

Other modifications: Apart from the turret, the hull was almost unchanged except for the turret ring. It had to be enlarged from 1.425 m (56 in) to 1.6 m (63 in) to give a more stable and sturdy base, but this made the entire upper hull more fragile. The space between the huge turret and hull was also quite large and created natural shot traps. But the large hull supported quite well the added weight without excessive stress on the suspension and main body frames, a testimony to the ruggedness of the original design. Stability was not compromised, as trials at Kubinka showed. The hull was nonetheless reinforced and the turret frontal armour rose to 60 mm (23 in), like the T-43. With an unchanged engine, transmission, gearbox and suspension, weight rose by only one ton (32 compared to 30.9 for the model 1943). Fuel capacity was augmented to 810 liters (215 gal), which gave a 360 km range (223 mi). However, since over time the weight continuously rose without any changes to the engine (the original T-34 model 1941 weighed just 26 tons), this lowered its top speed to just 54 km/h (32 mph). However a clear gain appeared in terms of cost-efficiency. The new T-34/85 unit cost was 164,000 rubles, which was higher than that of the T-34/76 model 1943 (135,000), but still largely inferior to that of the model 1941 (270,000) and certainly far less than any completely new model would have cost. Production rose after the introduction of this new model, notably due to the opening of new lines in “Tankograd”. Since the hull parts of the model 1943 had been simplified, the new T-34/85 model 1943 inherited these, and deliveries rose to 1200 each month by May 1944, shortly before the launch of the most massive operation planned by the Stavka: Bagration.

T-34-85 Model From 1943-46

T-34-85 ( Model 1943)

T-34_85 Model 1943 Front_small T-34_85 Model 1943 Rear_small

In August 1943, at a session of the, the implications of the battle at Kursk were studied. The German tanks not only had thicker armor but their excellent guns gave them a ‘longer arm’.
Work on an 85mm-armed T-34 assumed considerable urgency.
Three teams worked on the new weapon :

  • The team of Gen. F. Petrov, who had developed the 85mm D-5 gun used on the KV-85, SU-85 and IS-1, and
  • that of V. Grabin of the TsAKB (Central Artillery Design Bureau) in Moscow prepared designs.
  • A third project at Zavod Nr, 92 in Gorki, was under study by a 23-year old engineer, A. Savin who had taken charge in place of Grabin.

At the end of 1943, all three prototypes were installed in two-man turrets on T-34 chassis and sent to the Gorokhovieski Proving Grounds outside of Gorki for trials.
The turret was clearly too small for efficient handling of the gun and the guns themselves clearly had problems.
In the meantime, the design bureau at Krasnoye Sormovo Zavod Nr. 112 in Gorki, under V. Krylov, began final preparation for the production of a three-man turret.
The larger tur­ret, designed by V. Kerichev, easily accomodated the 85mm gun.
Unfortunately, it was soon realized that the winning ZiS-53 gun, as designed, would not mate properly with the new turret.
Both design teams were insistent on staying with their own scheme.
Finally, GKO had to step in, ordering Grabin to modify his gun to fit.
On 15 December 1943, even though it existed only in the form of two unarmed prototypes, the new T-34-85 was ac­cepted for service use in the Red Army and production orders were given.
Firing tests of the modified ZiS-53 85mm gun revealed more problems.
As a stop-gap measure, the runner-up D-5T gun was selected for use in the first production batch of T-34-85 Model 1943s.

T-34-85 Model 1944.

T-34_85 1944 Flattened_183_SmallCopula Right_smallT-34_85 Berlin_02 T-34_85 Berlin_03 T-34_85 Berlin_04

These entered production at Zavod Nr. 112 in January 1944.
That same month, the modification of the ZiS-53 was taken in hand by Petrov, Savin and Grabin.
The resulting ZiS S-53 Model 1944 (S for Savin) finally resolved the gun’s problems and was approved for production.In March 1944, it replaced the D-5T on the assembly lines at Krasnoye Sormovo resulting in the standard T-34-85 Model 1944,With the simpler 85mm Gun ZiS-S-53 gun,radio was moved from the hull into the turret and the commander’s cupola was moved rearward. There was an improved layout and a new gunner’s sight.

T-34-85 Model 1945

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Model 1945 T-34/85 actually entered service during 1944. It featured a larger cupola that extended very close to the port edge of the turret, requiring a tiny “lip” underneath on the turret side. The cupola hatch was revised from the original two-part split hatch to a large, single “flap” hatch. The lower turret sides had a “flattened” lateral profile on vehicles produced at Nizhniy, Tagil and Chelyabinsk. A small, rectangular bulge was added to the casting for the Model 1945 and all subsequent models to accommodate an electric turret traverse. Smoke racks and dispensers were added to the rear hull of this model as a standard item, although late-production Model 1944s were also equipped with these. (Photo Courtesy of Vasily Goncharov)

T-34-84 Model 1946

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The Model 1946 entered service during 1945 and saw front-line action in the closing days of “The Great Patriotic War”.

It could be distinguished from the Model 1945 by its “fuller” lower turret sides and the new configuration of ventilator domes. Previous models of the T-34/85 had twinned ventilator domes toward the rear of the turret roof. The Model 1946 introduced separate domes – one at the rear and one toward the front of the turret roof (note that some Model 1944 Laminate Turret T-34/85s shared this feature).The hull was similar to previous models but stowage of on-vehicle equipment was revised. Later Model 1946 T/34s reduced the external fuel drums from three to two.(Photo James Blackwell)

Variants

Besides the SU-100, which was built using the T-34/85 model 1944 chassis, other common variants of the T-34/85 were:

The flame-thrower OT-34/85, mounting an AT-42 flame-thrower replacing the coaxial DT machine-gun, with a range of 80-100 m.

The PT-3 mineroller, the mine removal version, a device which comprised of two rollers suspended under a pair of arms, protruding 5 meters in front of the hull. Each engineer regiment was comprised of 22 regular T-34’s alongside 18 PT-3’s (from “Protivominniy Tral” (counter-mine trawl)). The engineers also used bridgelayer or mobile crane conversions of the chassis.

T-34/85-I , this version was equipped with the KV-85 turret and given only to elite Red Guard regiments. The gun could penetrate the frontal armour of the Tiger or the Panther. However, total conversion figures are unknown.

T-34-85 In Action

When the first T-34/85’s delivered by Zavod 112 appeared, they were given to the best units, the elite Red Guards battalions. However they were in training during December 1943, so it is uncertain whether they saw action before January or February 1944. By then around 400 had already been delivered to front-line units and instantly became popular with the crews. They gradually replaced the T-34/76 and in mid-1944 the T-34/85 outnumbered the older versions. By then they formed the bulk of the tank units on the eve of Operation Bagration, the Soviet response to the Allied landings in Normandy, and the biggest offensive ever planned by the Red Army to date. This was the final push, aimed at Berlin. Before the production built-up, the T-34/85 model 1943 were usually given to chosen crews, usually of the Guard units.

The T-34/85 took part in all subsequent engagements with the rarefying Panzer divisions, encountering a mix of Panzer IVs Ausf. K, H or J, Panthers, Tigers and many tank-hunters. There was no starker contrast than between the nimble and low Hetzer and the Russian model, towering relatively high above the ground. It was certainly not the highest in use, the Sherman being taller, but the broad turret still made a relatively easy target when seen from the side, adding to the fact it was less sloped than the hull sides. Finishing was still rough and quality had deteriorated due to the lack of skilled manpower. Reliability, however, kept pace with their intensive use. They were still easy prey for many German tanks of the time, just like the previous T-34/76, but the high-velocity and range of the 85 mm (3.35 in) were clearly an advantage in many engagements. It scored kills at ranges of 1100-1200 m (3610-3940 ft), although better optical equipment and training would have probably increased this figure. The ZiS and DT were not really used at their full potential due to crews habits and tactical doctrine that still advocated trading range for penetrating power.

By late 1944, when entering formerly occupied East European countries and Eastern Prussia, T-34/85 tank crews faced a new threat. This did not come from German tanks (although the Königstiger and many late tank hunters were quite impressive, if few in numbers), but from the average infantryman, even from citizen militias (Volksstrurm) armed with the Panzerfaust, the first shaped-charge launcher. To deal with this sneaky and effective weapon, the Russian crews took the matter in their own hands. They mounted makeshift protections made of bed frames welded on the turret and hull sides, but far enough from the hull itself to make the charge detonate sooner and spewing its high pressure metal jet harmlessly on the surface. This improvisation became usual during the battle of Berlin. This was not the last time the T-34/85 saw action, as in August, a tremendous build-up of forces was done on the Eastern frontier, on the northern borders of Manchuria. Aleksandr Vasilevsky attacked with 5556 tanks and SPG’s, of which over 2500 were T-34/85’s, alongside 1,680,000 men reinforced by 16,000 Mongolian infantrymen. To face the onslaught the Japanese (under command of Otozō Yamada) had 1155 tanks and 1,270,000 plus 200,000 Manchuko infantry and 10,000 Menjiang infantry. Compared to the Russian tanks, which had evolved quickly to match-up German technology, most Japanese models were largely prewar models, including many tankettes. The best was the up-gunned Type 97 Shinhoto Chi-Ha, but only a handful were available at the time and they were hopelessly outclassed by the T-34.

Reference

http://www.o5m6.de/RussianArmour.html

http://en.wikipedia.org/wiki/T-34

http://www.tanks-encyclopedia.com/ww2/soviet/soviet_T34-85.php

http://www.clubhyper.com/reference/t3485bg_2.html