Daily Archives: February 28, 2017

Armata T-15 and Kurganets-25 IFV to get 57mm Au-220M Baikal remotely operated turret with smart ammunition

How Smart Will the Armata’s Smart Munitions Be? ‘Really Smart’

21:51 21.02.2017(updated 22:01 21.02.2017)

On Monday, Tekhmash, the Russian defense firm developing shells for the Armata T-15 and Kurganets-25 infantry fighting vehicles, announced that new ‘smart ammunition’ will be created for the armored vehicles by 2018. Speaking to Sputnik, military writer Viktor Baranets took note of the expected features of these smart shells.

Speaking to RIA Novosti on the sidelines of the IDEX-2017 defense exhibition in the UAE on Monday, Tekhmash director Sergei Rusakov said that new smart munitions for Russia’s Armata Universal Combat Platform-based armored vehicles would be ready starting in 2018, the same year that the mass rollout of the T-14 next-generation main battle tank is expected to start.

The company earlier announced that preliminary testing was underway for new smart rounds for the 57mm Au-220M Baikal remotely operated turret, which can be mounted on the Armata T-15 heavy infantry fighting vehicle and the Kurganets-25 family of IFVs, as well as the Bumerang amphibious armored personnel carrier, another new Russian armored vehicle.

Speaking to Radio Sputnik about the news, retired army colonel and military observer Viktor Baranets explained the concept behind these so-called smart munitions.

“Smart munitions are shells which are highly accurate and, to some extent, capable of ‘thinking’,” the expert noted. “For example, the Armata T-15 is equipped with the Afghanit active protection system, which detects flying projectiles and automatically prevents them from reaching the vehicle, either shooting them down or blowing them up. This is active defense.”

“But the Armata can be used not only as a tank gun, but also as a rocket launcher to launch projectiles, which can themselves select their target while simultaneously taking account of a variety of factors,” Baranets added. “During the flight toward the target, this round takes into account temperature, wind strength, distance, the target’s speed, etc.”

In addition, the expert explained that one of the main tasks before the makers of smart munitions today is the creation of defensive systems for the shells themselves. “Along with the creation of highly precise smart munitions…electronics engineers are also furrowing their brows trying to figure out ways to create a system that can prevent enemy jamming of a round’s ‘thinking’ while it flies toward its target,” Baranets said.

Of course, “the real level of protection, and the capabilities of these weapons can be demonstrated only in real battle,” the expert noted. Accordingly, “in Syria, we did not lose any time in vain. For our equipment, the fight against terrorism has also become a very serious ‘exam administrator’. Moreover, many conclusions have already been made to make these weapons even more effective,” the officer concluded.

Original post sputniknews.com

Armata T-15 with “Burevestnik” with a 57 mm automatic cannon and ATM 9M120 “Ataka”

Vladislav Perminov

ATAKA-T guided weapon system

19M120Atakatandemheat9M1201 missile

Designed to defeat stationary and moving fielded and future main battle tanks, other armoured (IFVs, APCs) and small-size (like pillboxes and bunkers) targets, fortified assets, manpower under cover and in the open as well as aerial low-level targets flying at speeds of up 400 km/h in the day- and night-time and surface small-displacement vessels.

The ATAKA-T guided weapon system (GWS) (industrial code B07S1) is intended for installation in turrets and fighting  compartments of various combat vehicles based on a tank chassis (e.g., tank support combat vehicle (TSCV), BMPT[TSCV]-72), IFVs, APCs, tractors, and other military trucks, ship-borne mounts, including those of foreign origin.

Ataka-T GWS specifications
Parameter Value
Missile guidance Semiautomatic laser beam riding
Laying angles for 9M120-1 missile:

– in azimuth, deg.

– in elevation, deg.

 

360 (due to turret rotation)

From minus 10 to plus 25

Firing range of 9M120-1 missile, km From 0.4 to 6.0
Target altitude with reference to carrier datum
(for 9M120-1 missile), km
From 0.0 to 2.0

(maximum target altitude is ensured over range of 3.3±0.5 km)

Number of targets engaged simultaneously 1
Missile launch mode Consecutive
Rate of fire, rounds./min. 3-4
Selection of missiles by warhead type Provided
Armour penetration behind ERA
(for 9M120-1 missile), mm
800, minimum
Time of flight to 5 km, s 14.5, max.
Average flight speed Supersonic
Reaction time (minimum time for GWS to launch missile after achieving fully operational state), s Less than 1.2
Number of missiles loaded on launcher, pcs. Up to 4
Time for manual loading/unloading of one launcher guide, s 30, max.

Launcher specifications:

Number of launcher-mounted missiles: 4
Launcher weight without package:

B07S1.01.000 launcher, version 1

B07S1.01.000 launcher, version 2

 

108 kg, max.

119 kg, max.

Missile arrangement on launch module:

B07S1.01.000 launcher, version 1

B07S1.01.000 launcher, version 2

 

stacked

staggered outwards

Overall dimensions of launcher components:

B07S1.01.000 launcher, version 1:

– B07S1.01.150 left-side launch module

– B07S1.01.160 right-side launch module

B07S1.01.000 launcher, version 2:

– B07S1.01.350 left-side launch module

– B07S1.01.360 right-side launch module

 

 

920х263х431 mm, max.

920х263х431 mm, max.

 

920х418х330 mm, max.

920х418х330 mm, max.

Source kbm.ru

57-mm automatic gun mount AU-220M/57-мм АВТОМАТИЧЕСКАЯ АРТИЛЛЕРИЙСКАЯ УСТАНОВКА АУ-220М

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Предназначена для установки на перспективные и модернизированные боевые бронированные машины с целью повышения огневой мощи мотострелковых и пехотных подразделений.

Позволяет расширить сферу боевого применения боевых бронированных машин за счет решения задач стрельбы по воздушным целям.

СИСТЕМА УПРАВЛЕНИЯ ОГНЕМ:
Предназначена для управления процессом обнаружения и идентификации целей, наведением и огнем 57-мм автоматической пушки и 7.62-мм пулемета при стрельбе с места, с ходу и на плаву во всех условиях боевого применения.

Оснащена комбинированым прицельным комплексом, вклющающим в себя телевизионный и тепловизионный каналы, лазерные дальномеры и независимую 2-плоскостную стабилизацию поля зрения.

ЗАЩИЩЕННОСТЬ:
Круговой обстрел – защита от пули калибра 7,62 мм (~3 уровень защиты по STANAG 4569).

Лобовая проекция – защита от пули калибра 30 мм (~5 уровень защиты по STANAG 4569).

Translated by google:

Designed for installation in advanced and upgraded armored vehicles to increase the firepower of infantry and mechanized infantry units.

It allows you to expand the scope of application of combat armored vehicles at the expense of solving problems shooting at air targets

FIRE CONTROL SYSTEM:
Designed to control the process of detection and identification, guidance and fire 57-mm automatic cannon and a 7.62 mm machine gun when firing from the place with the move and afloat in all conditions of combat use.

Equipped combining aiming system, vklyuschayuschim a television and thermal imaging channels, laser rangefinders and independent 2-planar stabilization of the visual field.

PROTECTION:
The circular firing – from bullets of 7.62 mm Protection (~ 3 protection level STANAG 4569).

The front projection – from 30 mm caliber bullet protection (~ 5 level of protection for STANAG 4569).

407064_original.jpg409366_original

Main Specifications

Overall dimensions, mm:Length x Width x Height 5820 x 2100 x 1300
GUN automatic caliber 57 mm
Maximum rate of fire, rds. / Min 80
Range of fire, m 12000
Angles pointing, hail– vertically

– on the horizon

-5 … 60360
allowance of ammunition 80
Types of ammunition shots unitary loading with high-explosive, armor-piercing projectiles and manageable
Paired 7.62-mm machine gun
Rate of fire, rds. / min 700 … 800
Accurate firing range, m 1500
Ammunition, pc 2000
Burevestnik’s 57 mm А-220М Source burevestnik.com

AU-220M 57mm automatic cannon

The 57mm gun that’s also used in Atom 8×8 is basically an Anti-Aircraft gun used in S-60 towed AA system. The gun was developed in 1950’s.

The same cannon also used in ZSU-57-2 Soviet self propelled anti-aircraft gun

Burevestnik’s 57 mm А-220М naval artillery module, from which the AU-220M was effectively reverse engineered.

The cannon uses 57x347mm semi-rimmed ammunition. The image below shows the 57mm ammunition vs the Bofors 40×365 ammunition.

Image: ©WarfareTechnology 2014c105ef7e30335d2f45dd00cea40162c5Image: ©WarfareTechnology 2014

The gun is recoil operated. Rate of fire is 105-120 rpm and the muzzle velocity is around 1.020 m/sec. It has a barrel length of around 4.4m.

The effective firing range against ground targets is 4km’s.

The gun has a new automatic loading capable ammunition feed system that houses 20 ready-to-fire rounds as shown below.

Image: ©WarfareTechnology 2014

The turret basket has a powered 73 round ammunition carousel that provides ammunition to the linkless feeder above. Source ©WarfareTechnology 2014

Images are from public domain unless otherwise stated

Main image by Saidpvo.livejournal.com

Updated Aug 23, 2018

T-15 Armata Heavy IFV: Here

KURGANETS-25 IFV: HERE

MBDA Apache stand-off weapon or Storm Shadow / SCALP

MBDA to regenerate French, UK Storm Shadow/SCALP EG missiles

Robin Hughes, London – IHS Jane’s Missiles & Rockets

27 February 2017

Key Points

  • Mid-life refurbishment will address obsolescence and to replace life-expired components
  • Modernisation of the missiles will leverage a joint design phase launched in July 2014

The French and UK ministries of defence have placed a joint contract on MBDA for the mid-life refurbishment of their Storm Shadow/SCALP EG (Système de Croisière Autonome à Longue Portée – Emploi Général) long-range conventionally-armed deep strike weapons.

The contract was announced at a meeting of French Director-General of Armament Laurent Collet-Billon and his UK counterpart, Minister of Defence Procurement Harriett Baldwin in London on 22 February. However, the UK segment of the contract element (valued at GBP146 million [USD182 million]) was approved in October 2016, and the French segment (value not disclosed) on 30 December 2016, respectively.

Original post janes.co

screenshot-wordpress.com-2018.06.26-23-26-35

The Storm Shadow / SCALP is a long-range, air-launched, stand-off attack missile designed and developed by France-based MBDA Systems. The missile was developed primarily for the UK and French armed forces. It is derived from the MBDA Systems’ Apache anti-runway missile.

The missile is intended to strike high-valued stationary assets such as airbases, radar installations, communications hubs and port facilities. The Storm Shadow is capable of engaging the targets precisely in any weather conditions during day and night. The long range and low attitude combined with subsonic speed make the Storm Shadow a stealthy missile.

Storm Shadow guidance and navigation system

The Storm Shadow missile is designed to strike the targets with an enhanced accuracy, employing different navigation systems installed onboard.

The navigation system of the missile includes inertial navigation (INS), global positioning system (GPS) and terrain reference navigation for better control over the path and accurate target strike. The missile is fitted with a passive imaging infrared seeker.

scalp-descriptifImage: tpe-rafale.e-monsite.com

The Storm Shadow missile is programmed with each and every detail of the target and the path to be taken to reach the target prior to its launch. Once released from the aircraft, the missile follows a pre-programmed path at low level with the help of continuous updates from the onboard navigation system. It employs imaging infrared seeker to compare the actual target area with stored imagery repeatedly until reaching the target.

Storm Shadow warhead details

The missile is fitted with a two-stage bomb royal ordnance augmented charge (BROACH) blast/ penetrator warhead.

The first stage of the warhead makes the way for the second stage by cutting the surface of the target. The larger second stage (main) of the warhead then penetrates into the target and detonates.

Storm Shadow propulsion system

tri60-30_1Turbomeca Microturbo TRI 60-30 turbojet – Image: leteckemotory.cz

The Storm Shadow missile is equipped with a Turbomeca Microturbo TRI 60-30 turbojet propulsion system, which can produce a 5.4kN of thrust. Source airforce-technology.com

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Apart from extreme accuracy, the second element of Storm Shadow effectiveness is the sophisticated warhead it carries, the Bomb, Royal Ordnance, Augmenting CHarge (BROACH). BROACH uses a precursor penetrator charge followed by a follow through main charge. Combined with an advanced fuze (like Paveway IV, from Thales) it has proven to be devastatingly effective. Source thinkdefence.co.uk

storm-shadow-broachImage: thinkdefence.co.uk

Technical data:

Originated From: France

Possessed By: France, United Kingdom, Italy, Greece, Saudi Arabia, United Arab Emirates (UAE)

Alternate Name: APACHE AP, SCALP EG, Storm Shadow, SCALP Naval, Black Shaheen

Class: Short Range Cruise Missile

Basing: air-, ship-, sub-launched

Length: 5.1 m (5.5 m for SCALP Naval)

Diameter: 630 mm

Launch Weight: 1,300 kg (1,230 kg for APACHE AP)

Warhead: 1 X 400 kg HE penetration

Propulsion: turbojet

Range: 140- 400 km

Status: Operational

In Service: 2004

Variant  SCALP EG/Storm Shadow
Range  400 km
Platform  Air-Launched
Warhead  1X400 kg HE penetration
Diameter  630 mm
Launch Weight  1,300 kg
Countries Possessing Missile  France, Greece, Italy, Saudi Arabia, United Kingdom

Technical data source missilethreat.csis.org