Babcock Marine’s Samuel Beckett Class offshore patrol vessels (OPVs) are being built for the Irish Naval Service as a part of a fleet replacement programme. The OPVs will be primarily deployed in fishery protection, search-and-rescue (SAR) and maritime patrol missions across the 200-mile Irish Economic Exclusion Zone (EEZ) in the North Atlantic Ocean.
The Department of Defence (An Roinn Cosanta) signed a contract with Babcock Marine in October 2010, for the construction of two new OPVs for the Irish Naval Service at an estimated cost of €108m. The contract also includes an option for third vessel, which was exercised in June 2014.
The keel for the first OPV, LÉ Samuel Beckett (P61) was laid down at Babcock’s Appledore shipyard in May 2012. The vessel was floated out of the drydock in November 2013, arrived at the Naval Base, Haulbowline in April 2014 and was commissioned into service in May 2014. LÉ Samuel Beckett replaced the decommissioned offshore patrol vessel LÉ Emer.
The second OPV in class, LÉ James Joyce (P62), was floated out in November 2014 and was commissioned in September 2015. It replaced LÉ Aoife OPV.
The third OPV in class, LÉ William Butler Yeats (P63), was floated out in March 2016. It is scheduled to be delivered by the end of 2016. LÉ William Butler Yeats will replace the LE Aisling OPV.
The Samuel Beckett OPV features an extended monohull design based on the PV80 design of STX Canada Marine. The OPVs incorporate fin stabilisers and anti-heel tanks for roll and pitch reduction.
Vard Marine Inc. (formerly STX Marine) designed the vessels, which have features in common with an earlier design, the Róisín class, in service with the Irish Naval Service since 1999.
The 90-metre (300 ft) OPV vessels are designated PV90 by Babock Marine and approximately 10 metres (33 ft) longer with an additional 0.6 metres (2 ft 0 in) in depth to the existing Róisín-class PV80 vessels. This is intended to increase both its capabilities and abilities in the rough waters of the North Atlantic. The PV90 ship is designed carry a crew of 44 and have space for up to 10 trainees. The ships’ published cruising speed is 16 knots (30 km/h; 18 mph), with a top speed of 23 knots (43 km/h; 26 mph). Source @wikipedia.org
The vessel can carry two 8m rigid hull inflatable boats (RHIBs) at either side of the hull, while the third RHIB is housed in a cradle over the stern deck. The boats are launched and recovered by single point davits and can be operated at a maximum speed of 30kt up to Sea State 4.
The OPV has a length of 89.5m, beam of 14m, draft of 3.8m and displacement of 1,900t. It can complement of 54 personnel, including 44 Ships Company and ten trainees and the carriage of containers. Accommodation is provided in single berths and four berth cabins.
The main gun of the vessel is a 76mm OTO Melara compact naval gun equipped with an electro-optical fire control system. Two 20mm RH 202 Rheinmetall cannons fitted port and starboard abaft the bridge serve as secondary weapons.
Caliber: 3 inches / 76,2 mm
Barrel lenght: 186 inches / 4,72 meters (= 62 caliber)
Weight: 7900kg, empty (Super Rapid)
Shell: 76 x 900 mm / 12,34 kilograms
Elevation: – 15° to + 85°
Rate of fire: Compact: 85 rpm / Super Rapid: selectable from single shot up to 120 rpm
Muzzle Velocity: 925 m/s (1100 m/s – DART)
Magazine: Compact: 80 rounds / SR: 85 rounds
16 kilometers with standard ammunition
20 km with extended range ammunition
up to 40 km with VULCANO ammunition
SEA EAGLE controls the main Oto Melara, now Leonardo-Finmeccanica, 76mm gun mounting and is optimised for naval fire control against airborne, surface or shore-based targets. It is capable of controlling all in-service naval guns, using a long range thermal imager and daylight TV camera to provide 24 hour automatic target detection, acquisition, identification and tracking. It uses a mid-wave (3-5µ) thermal imager with zoom optics, a colour TV camera which also has zoom optics and an eye-safe, high repetition rate laser range finder and has been designed to operate through a dedicated standalone console or as a fully integrated element of a multi-function console based combat system. It can be fully integrated with the ship’s radar displays, so that it can slew to search radar contact indications.
As well as the Irish Naval Service, SEA EAGLE is in service with the British, Thai, Omani, and Iraqi Navies and is on order for the Royal Malaysian Navy. Source @miltechmag.com
|Designation||Gun: 20 mm/65 (0.8″) MK 20 DM 5|
|Ship Class Used On||Present-day German warships|
|Date Of Design||1962 (1973 Naval Version)|
|Date In Service||1974 (Naval Version)|
|Gun Weight||167.5 lbs. (76 kg)|
|Gun Length oa||120.9 in (3.070 m)|
|Rate Of Fire||1,000 rounds per minute cyclic|
|Weight of Complete Round||N/A|
|Projectile Types and Weights||HE-T: 0.3 lbs. (0.134 kg)
AP-T: 0.3 lbs. (0.134 kg)
APDS-T: 0.3 lbs. (0.134 kg)
Length of Complete Round: 8.4 in (21.3 cm)
|Propellant Charge||0.092 lbs. (0.42 kg)|
|Cartridge||20 x 139 mm NATO|
|Muzzle Velocity||HE-T: 3,440 fps (1,050 mps)
AP-T: 3,600 fps (1,100 mps)
APDS-T: 3,770 fps (1,150 mps)
|Approximate Barrel Life||N/A|
|Ammunition stowage per gun||Ammunition in 200 round belts|
|Elevation||With 0.3 lbs. (0.134 kg) HE Shell|
|Range @ 45 degrees||2,200 yards (2,000 m) effective|
|Designation||Rheinmetall single pintle fork mounting: S 20 and SV 20
Norwegian Single Mounts: KV-Sk/20
|Weight||Rheinmetall S 20
Without gun or ammunition: 617 lbs. (280 kg)
With gun and 200 rounds ammunition: 948 lbs. (430 kg)
Rheinmetall SV 20
Without ammunition: 880 lbs. (400 kg)
|Elevation||Rheinmetall: -10 / +55 (or +60) degrees
Norwegian: -15 / +70 degrees
|Elevation Rate||Manually operated, only|
|Train Rate||Manually operated, only|
|Note: The Norwegian version is based upon the FK20-2 field-gun mounting. Norway also uses this gun in their coastal defense units to provide protection to larger guns from land and air attacks.|
The vessel is also provided with mountings on the main deck and 01 deck for two 12.7mm heavy machine guns (HMGs), and four 7.62mm general purpose machine guns (GPMGs).
The aft flight deck allows for the operations of unmanned aerial vehicles (UAVs) from the vessel. The deck area can also accommodate three 20ft containers and is provided with a large 5t crane at a 9.56m radius.
The diesel electric propulsion integrates two 5,440kW Wartsila medium speed diesel engines driving two five-bladed controllable pitch propellers via reduction gearboxes. The power take in (PTI) motor powered by the electrical alternators ensures low speed operation at speeds up to 8kt.
The offshore patrol vessel also integrates a 450kW bow thruster and rudders for high manoeuvrability in close quarter positions. The dynamic positioning (DP) system aboard the vessels maintains position and heading. The shipboard electricity is generated by three 630kW alternators, while emergency power is provided by a 320kW generator.
The propulsion system ensures a maximum speed of 23kt. The vessels have a range of 6,000nmi at a cruising speed of 15kt and are capable of conducting autonomous mission for up to 21 days.
|Type:||Offshore patrol vessel|
|Length:||90 m (300 ft)|
|Beam:||14 m (46 ft)|
|Draught:||3.8 m (12 ft)|
|Propulsion:||Two Wärtsilä medium speed diesel engines (5,440 kW (7,300 hp) each)
450 kW bow thruster
|Range:||6,000 nautical miles (11,000 km; 6,900 mi) at 15 knots (28 km/h; 17 mph)|
|Boats & landing
|3 x 8 m (26 ft) RHIB|
|Capacity:||3 x 6.1 m (20 ft) sea container, 1 x 5 ton, 9.56 m (31.4 ft) crane aft|
|Complement:||44 + up to 10 trainees|
|Fire control: Electro Optical|
|Aviation facilities:||UAV only|
Table source @wikipedia.org
According to The Times of India
TNN | Jul 31, 2016, 03.17 AM IST
Bengaluru: Defence PSU Hindustan Aeronautics Limited (HAL) flew the upgraded final operational configuration (FOC) Mirage-2000 on Thursday, a day ahead of schedule.
The FOC design was implemented on an Initial Operational Configured aircraft which was received at HAL eight months ago. The IOC was designed by Dassault and Thales of France. “The FOC configuration covers integration of Indian specific weapons and electronic warfare system,”a statement said.
Original post timesofindia.indiatimes.com
15:04 30.07.2016(updated 15:07 30.07.2016)
“We discovered that no matter how skillful the crew, the tank would get up to ten hits,” Pukhov, the Director of the Moscow-based Center for Analysis of Strategies and Technologies (CAST) told the Washington-based Center for the National Interest, US foreign policy think tank, on Tuesday.
“Even if you have perfect armor — active, passive. In one case it will save you from one hit, in another case from two hits, but you’ll still get five hits and you’re done. That’s why now you’re supposed to have some kind of Tank 2.0,” said the Russian expert.
Russia’s Tank 2.0 is not the state-of-the-art T-14 Armata, as some might think, but, as Pukhov put it, “what Russians call among themselves — Boyevaya Mashina Podderzhki Tankov [Tank Support Fighting Machine].”
In fact it’s not a tank support machine but an entirely new type of tank in its own right, a machine which can protect itself.
“So there is a serious debate about it,” the expert explained.
Pukhov further explained to the defense editor of The National Interest magazine, published by the think tank, that in previous eras tanks were more or less protected against weapons like rocket propelled grenades and anti-tank missiles, the latest generation of those weapons however can punch through even the toughest armor.
“That’s why we have the concept of the Tank 2.0,” the magazine quotes the Russian expert as saying.
“We have a prototype of this machine that’s called the fighting vehicle to support tank attack — Terminator.”
Appropriately nicknamed “the Terminator,” these fearsome vehicles sport a turret with two 30-millimeter 2A42 automatic cannons and four Ataka missile launchers. Further, the BMPT has a 7.62-millimeter machine gun next to the main guns and two AG-17D automatic grenade launchers in the hull.
There have been two versions of the Terminator concept that have been developed thus far on the chassis of the T-72 main battle tank.
However earlier in April, Oleg Sienko, a senior manager with the manufacturer, Uralvagonzavod Corporation, told RIA Novosti that Russia also plans to develop its tank support fighting vehicle dubbed the Terminator-3 based on the country’s latest Armata tanks.
The vehicle was designed based on combat experience gained during the Soviet war in Afghanistan and the First Chechen War.
he Russian military then realized that its earlier-model BMP fighting vehicles suffered from thin armor and too few weapons.
During those wars, Russia’s foes hid in mountains or in the upper floors of buildings. As the armored vehicles passed, rebels would shoot down and blow them up – and the vehicles couldn’t aim high enough to shoot back.
In 2005, the Russian military began testing out a small number of Terminators. They could shoot at high angles. Plus, the vehicles had heavier armored derived from the T-72 tank.
As of late 2013, the only operator of the BMPT was Kazakhstan.
Reports suggested that Russia appears to have foregone procurement of the BMPT in favor of the T-15 IFV based on the Armata Universal Combat Platform to fill the role.
If and when the Terminator is ultimately fielded, the vehicle would be able to engage large groups of massed infantry in built-up areas with a combination of missiles and automatic cannon fire.
“We need it badly. Believe it or not, we’re not going to project force, we need to protect our territory,” Pukhov stated.
Original post sputniknews.com
Tuesday Jul 26, 2016 – 00:58 UTC
Rafael’s SPICE 1000 EO/GPS-guided munitions are to be adopted by the Israeli Air Force as the weapon enters into its final development stage. Integration will take place on all fighter squadrons with F-16C/D “Barak” aircraft first in line. Features of Spice include being camera operated with real time maneuver and response abilities when facing fixed and mobile targets.
Release date 17.07.2016
The IAF operates various munitions adapted to its different missions and aircraft. It is now permitted to publicize that the force is expected to soon receive a new bomb manufactured by “Rafael” Systems, which is expected to bring new technological and operational tidings
Shachar Zorani | Translation: Ohad Zeltzer Zubida
“SPICE 1000”, a new munition manufactured by “Rafael” is currently in the final stages of development and is expected to enter operational use in the IAF soon. It is expected to be integrated in all of the fighter squadrons in the force and the first to operate it will be the “Barak” (F-16C/D) aircraft.
Spice 1000, is an advanced electro-optic munition which will bring new abilities and technological progress to the IAF. “The munition is a quantum leap in our operational ability, a fact that is reflected in its deep penetration abilities, its immunity from threats and it precision”, said Capt. Tomer from the Guided Munitions Department in the Air Staff. “It has improved software and algorithmic and advanced identification and processing abilities”.
As stated, the Spice 1000 bomb is camera operated and has real time maneuver and response abilities when facing fixed and mobile targets. “The munition adjusts itself to the new battlefield, to the various threats and the changing theatre”, stated Avi Danon, the project and development manager in “Rafael”, and Capt. Tomer confirms: “It has a range that we haven’t seen in the IAF in munition of this magnitude”.
Operational and Economical Advantage
Authorities in the IAF and in “Rafael” testify that the development process that lasted three years, succeeded by means of cooperation and discussion between the sides. Along the way, many tests were performed and different considerations were made in accordance with the operational requirements and needs.
“The development was escorted by a wide observation of all of the users”, testified Maj. Farhan Tarif, who is responsible for the integration of the munition in the Material Directorate. Maj. Farhan also shared that the munition is built to shorten the work time and quicken the “rotation process” – the time it takes from the moment the aircraft lands until it is armed and takes off again. “Much consideration was performed in order to fit the munition to the work in the cockpit and make the operating interface comfortable and flexible”, Capt. Tomer added.
Alongside the operational advantage the munition holds, it also creates an economical advantage based on the Israeli industry and accumulation of economic capital and knowledge. “The development project alongside ‘Rafael’ was challenging and interesting”, concluded Maj. Farhan. “It was very important to us to stay on schedule and still maintain high quality and uncompromising performance”.
Original post iaf.org.il
Spice has been adapted to a number of standard warheads, from Mk-84/BLU-109 (900 kg, 2000 lbs), Mk-83/BLU-110 (450 kg, 1000 lbs) general purpose bombs. The weapon has recently been adapted now to 113 kg (250 lbs) pound small smart bombs (SSB) that are increasingly preferred by airforces due to their lower collateral damage.
The kit uses an imaging seeker for navigation and terminal homing. The system uses image matching techniques giving the weapon a Circular Error Probability (CEP) of less than three meters. Spice can be loaded with 100 optional targets in a given area. In addition to the passive image-based navigation the kit also includes Global Positioning Satellite / Inertial Navigation System (/ ) navigation for reference and backup. But the main sensor of the Spice is the CCD/IIR dual seeker that provides pinpoint accuracy and positive target identification and according to , overcomes target location error and jamming.
The Kit’s automatic target acquisition capability is based on a unique scene-matching technology that can handle scenery changes, counter-measures, navigation errors and target location errors. The technology is based on the continuous comparison of a real-time image received from the dual CCD/IIR seeker with a reference image stored in the weapon’s computer.
The basic kit includes a strap-on forward guidance section and fixed, stubby wings and tail fins aft of the main charge, heaviest Spice uses the MK-84 (2000 pounds) general purpose bomb, with a flatter trajectory the Spice kit extends the weapon’s range beyond 60 km. This version is operational in the israeli airforce and was used in combat. Another kit has been adapted to Mk-83 (1000 pounds) bombs, featuring a wing-set that further extends the weapon range beyond 100 km. The Spice’s deployable wings allow an aircraft to carry more bombs. The latest addition of the SSB type weapon enables a single F-16 to carry up to 16 small smart bombs. Source defense-update.com
A source tells Sky News the six Type 45 Destroyers are “just back from operations, about to go, or being maintained”.
Saturday 30 July 2016
The entire fleet of the Royal Navy’s most advanced warships are currently in port and not on operations, the Ministry of Defence has confirmed.
A photograph showing the vessels docked in Portsmouth was published by the website UK Defence Journal.
A source told Sky News that the ships had either “just got back from operations, are about to go on operations, or are having planned maintenance done”.
But another senior figure said it was “almost unprecedented” that all the ships should be in port and “it either showed a gross lack of planning or was indicative of something more serious”.
The Type 45 Destroyers are primarily designed for an air defence role.
Their advanced radars are capable of scanning the skies around to detect and engage enemy aircraft. But recently the fleet has experienced serious engineering issues.
This is the latest embarrassment to beset the fleet.
All six ships, worth £1bn each, need to be refitted with new engines after some of them broke down.
This work is due to being in 2019 and the MoD has guaranteed it will not affect operational capabilities.
It will put a further strain on the Royal Navy, which has been considerably cut in size in recent years, and it will put into doubt the safety of the new aircraft carriers which will rely on the Type 45s for security.
A Ministry of Defence spokesperson said: “This week the Royal Navy had over 8,500 personnel deployed on operations around the world and 34 ships at sea.
“All Type 45 Destroyers are currently in port as they have either just returned from operations, or are about to be deployed, are conducting training or carrying out maintenance or are home for crew to take summer leave.”
Original post @news.sky.com
Sandeep Unnithan | Posted by Bijaya Kumar Das
New Delhi, July 29, 2016 | UPDATED 09:10 IST
The Ministry of Defence has put on hold plans to scrap its acquisition of 98 Black Shark heavyweight torpedoes from a subsidiary of tainted Italian firm Finmeccannica.
Sources told that the decision to stall the scrapping of the Rs 1,800-crore torpedo deal was taken this month. Defence minister Manohar Parrikar is believed to have instructed MoD officials to hold on the cancellation until the MoD’s new debarment policy is finalised.
On May 6 this year, Parrikar announced a blacklist of Finmeccanica for bribery in the 560-million Euros VVIP helicopter deal in 2010. Defence ministry officials said that the process for revoking the Request for Proposal on the Black Shark torpedo contract, had been initiated in May this year. The torpedo is made by a Finmeccanica subsidiary WASS.
“Wherever there is capital procurement of Finmeccanica and their subsidiaries, all Requests for Proposal [RFP] will be closed. I am very clear,” he said in a May 29 interview. The government had found alternatives to the Finmeccanica torpedo, MoD officials said.
The government’s new approach towards cancellation marks a return to following a nuanced approach towards subsidiaries of tainted firms. Officials in the law, finance and defence ministry consulted over the Black Shark cancellation, warned of its financial implications and its impact on defence preparedness.
The torpedoes were to have equipped the six Scorpene class submarines being built at the MDL, Mumbai. The first submarine of the class is on sea trials without torpedoes.
As first reported by on July 1, officials in the strategic submarine project had communicated their alarm over the cancellation of the Black Shark torpedo deal. The Italian torpedo was to have also been fitted in three ‘Arihant class’ nuclear-powered ballistic missile submarines.
Original post @indiatoday.intoday.in
In 2009 India launched its first indigenously designed nuclear-powered ballistic missile submarine. The whole project was kept in high secrecy. Some sources report, that in 2014 submarine has been secretly moved out of harbor for sea trials. Sea trials represent the final stage before submarine becomes operational with the Indian Navy. It is considered a milestone in the development of the Indian Navy. India joined five other countries, capable of designing and building nuclear-powered submarines. Other countries of this club are China, France, Russia, United Kingdom and the USA.
The lead boat was named INS Arihant (the one, who has conquered all internal enemies). Design of this boat is based on the Charlie I class submarine, leased from the former Soviet Union to India from 1987 to 1991. For a long time this new Indian boat was referred as the ATV or Advanced Technology Vessel, to maintain secrecy. It was a part of a science project, lasting nearly 11 years. The submarine and power plant were developed with Russian assistance. The Arihant is expected to be commissioned for full service with the Indian Navy in the near future. Possibly 2015 or 2016. Three more bots of the same class are under construction and two more are planned.
It is reported that Arihant carries four K-4 ballistic missiles. These have a range of 3 000-3 500 km and carry nuclear warheads. It is a submarine-launcher version of the Agni III ballistic missile. Submarine-launched ballistic missiles will give India a second strike capability.
The submarine can remain hidden deep in the Indian Ocean or launch missiles within territorial waters. Some sources report that submarine can also carry twelve shorter-range K-15 ballistic missiles. These non-strategic missiles have a range of 750-1 900 km. Also there are six 533-mm torpedo tubes for missiles and torpedoes.
The Arihant class SSBN is powered by an 83 MW nuclear pressurized water reactor, developed at the Center of Atomic Research. Some sources report that this nuclear reactor was built with significant Russian assistance. This reactor uses highly enriched uranium as a fuel and light water as coolant. It generates high levels of heat, that drives a steam turbine, which in turn rotates a propeller. Nuclear-powered submarines go faster and spend longer time at sea than conventional diesel counterparts. Sea endurance of the INS Arihant is limited only by food supplies. Source @military-today.com
|Builder:||Shipbuilding Centre (SBC),Visakhapatnam, India|
|Launched:||26 July 2009|
|Acquired:||13 December 2014|
|Class and type:||Arihant-class ballistic missile submarine|
|Displacement:||surface: 6,000 tonne (estimated)|
|Length:||111 m (364 ft)|
|Beam:||15 m (49 ft)|
|Draft:||11 m (36 ft)|
|Installed power:||83 MW (111,305 hp)|
|Propulsion:||PWR using 40% enriched uranium fuel (83 MWe); one turbine (47,000 hp/70 MW); one shaft; one 7-bladed, high-skew propeller (estimated)|
|Range:||unlimited except by food supplies|
|Test depth:||350 m (1,150 ft) (estimated)|
|Complement:||95–100 officers and men|