RPG-6

{{Use dmy dates|date=December 2015}}

{{Infobox weapon

|name=RPG-6 (РПГ-6)

|image= RPG-6.png

|image_size = 200

|caption=

|origin=Soviet Union

|type=Anti-tank grenadeСемен Федосеев. Против танка // журнал "Оружие", № 2, 2000. стр.59-63

|is_ranged=yes

|is_explosive=yes

|service=October 1943 –

|used_by=Soviet Union and Warsaw pact countries

|wars=World War II

|designer= M. Z. Polevikov
L. B. Ioffe
N. S. Zhitkikh

|design_date= 1943

|manufacturer=

|unit_cost=

|production_date=

|number=

|variants=

|spec_label=

|weight=1.13 kg

|length=337 mm

|part_length=

|width=

|height=

|diameter=103 mm

|crew=

|cartridge=

|caliber=

|action=

|rate=

|velocity=

|range=

|max_range=

|feed=

|sights=

|filling=TNT shaped charge

|filling_weight=0.6 kg

|detonation=Impact fuze

|yield=

}}

The RPG-6 (Russian Ruchnaya Protivotankovaya Granata, "Handheld Anti-Tank Grenade") was a Soviet-era anti-tank hand grenade used during the late World War II and early Cold War period. It was superseded by the RKG-3 anti-tank grenade.

History

The RPG-6 was designed as a replacement for the RPG-43 after the Battle of Kursk.

It underwent testing in September 1943, and was accepted into service in October 1943. First RPG-6 grenades were used against Axis troops in last week of October 1943.Оружие Победы / колл. авт., отв. ред. В. Н. Новиков. 2-е изд., пер. и доп. М., "Машиностроение", 1987. стр.427

The weapon was a success and went into mass production in late 1943. During the war, RPG-6 grenades being used alongside the RPG-43.

In the USSR, some grenades were kept in storage even after the end of the World War II.

Design

It operated on the shaped charge Munroe effect principle, in which a metal-lined cone-shaped explosive charge would generate a very high speed, focused jet of metal that could penetrate armor-plate.

It was a conical casing enclosing a shaped charge and containing 562 grams of trinitrotoluene (TNT), fitted with a percussion fuse and four cloth ribbons to provide stability in flight after throwing. It could penetrate approximately 100 millimeters of armour. The RPG-6 had a fragmentation radius of 20 metres from the point of detonation, and proved useful against infantry and tanks.

The RPG-43 had a large warhead, but was designed to detonate in contact with a tank's armour; it was later found that optimal performance was gained from a high-explosive anti-tank (HEAT) warhead if it exploded a short distance from the armour, roughly the same distance as the weapon's diameter. In the RPG-6 this was achieved by adding a hollow pointed nose section with an impact fuse in it, so that when the weapon detonated the warhead was at an optimum distance from the armour.

References