F/A-18 E/F Super Hornet

Mikäli uuden kaluston kypsyyteen ei olla ylipäätään tyytyväisiä kulissien takana, niin se muuttaa tietysti tilannetta. Katsotaan, katsotaan.
Suomi on niin pieni maa ja naapuri on myös lähellä.
Ei naapuri ole ainakaan sotilaallista voimaa peitelyt eikä vähentänyt, siksi Suomi tarvitsee parhaat koneet ja siihen varusteet.
Säästetään mieluummin yritystuista ja maahanmuutosta kuin puolustusmenoista , muussatapauksessa Venäjänopinnot ovat muuttumassa pakollisiksi.
 
Northrop Grumman to develop algorithms to counter fast-changing enemy radar

Northrop Grumman will develop machine learning algorithms to help the Boeing EA-18G Growler’s electronic warfare system pin down and jam fast-changing enemy radar signals.

Such machine learning algorithms would be needed “against agile, adaptive, and unknown hostile radars or radar modes,” according to the announcement of a $7.3 million cost-plus-fixed-fee contract by the US Navy on 25 April.

Modern radio frequency (RF) transmitters, including active electronically scanned array radar, can use a technique called frequency hopping to confuse systems that detect and jam their signals.
Countering such dynamic radar techniques is further complicated by operating in airspace that is increasingly crowded with civilian and commercial RF signals.

Machine learning could help the EA-18G Growler’s crew locate the hostile radar signals among the noise, and then direct the aircraft’s electronic attack units to jam those signals. Machine learning software uses statistical methods to find patterns in large data sets which would be difficult to analyze efficiently by hand calculations or other computational methods.

https://www.flightglobal.com/news/a...n-to-develop-algorithms-to-counter-fa-448080/
 
ANALYSIS: Boeing pitches doubling navy's EA-18G Growler fleet


  • 02 MAY, 2018
  • SOURCE: FLIGHT INTERNATIONAL
  • BY: GARRETT REIM
  • LOS ANGELES
Stretched thinly by escort jamming responsibilities not only for its native US Navy, but also for the US Air Force and soon the US Marine Corps, the nation's 160-strong fleet of Boeing EA-18G Growlers may need to grow. That is the belief of the type's manufacturer, which is eyeing a gap in the Department of Defense's escort jamming capabilities and pitching the EA-18G as the plug.
An electronic warfare version of the F/A-18F Super Hornet, the Growler has taken on a joint service role since its introduction in 2009, covering for the USAF's lack of escort jamming aircraft: a result of the retirement of its General Dynamics EF-111A Raven without replacement in 1998. The EA-18G's role is expected to grow further as the USMC plans to retire its Northrop Grumman EA-6B Prowlers in 2019.
The USN says it currently has five EA-18G Growlers per squadron, with each air wing containing one such unit.
"Boeing believes the navy needs eight to 11 Growlers per air wing and expeditionary squadron," says Dan Gillian, the company's vice-president of F/A-18 and EA-18G programmes. "We believe there will be a need for additional Growlers to be added into the budget in upcoming years."
The Joint Staff, which is responsible for assessing cross-service needs, could not be reached for comment. The USN says its fleet of Growlers is sufficient for its own missions, but that it cannot speak for the other services.
Boeing also contends that the airborne electronic warfare platform has broader appeal than with the USA alone. So far, Australia is the only export customer to have purchased the type, with its air force taking 12.
"Any nation that faces an advanced anti-access/aerial denial threat needs a Growler,” says Gillian. “Finland, Germany, Japan, Poland and the United Arab Emirates are some of the countries that have interest in the Growler.”
INCAPACITATING FORCE
Designed to blind an enemy by interfering with and blocking its radar and communication systems, Boeing boasts that the EA-18G is the only tactical jamming aircraft in production in the USA today.
Introduced almost 10 years ago as the navy's replacement for the EA-6B – which retired in 2015 – the Growler is built alongside E/F-model Super Hornets at Boeing's production facilities in St Louis, Missouri. The manufacturer has delivered 153 examples to the USN so far, and the last is currently expected to be received by February 2019, the service says.
The Growler has one pilot and one weapons systems officer, as opposed to its predecessor the Prowler, which had a crew of four: a pilot and three electronic countermeasures officers.
"The four-person-crew Prowler is a 1970s design and is much more aircrew-intensive," notes Cdr David Rueter, the USN's deputy programme manager for the EA-18G, who has flown both aircraft. He also notes the increased reliance on computer systems in the Growler, stating: "The aircraft does a lot more for you."
Stripped of the Super Hornet's Vulcan 20mm cannon and the wingtip-mounted Raytheon AIM-9X Sidewinder air-to-air missiles, the EA-18G is a flying transmitter. Instead of weapons, it sports an ALQ-99 jamming pod under its belly and ALQ-218 radar warning receiver pods on its wingtips. The aircraft can also carry additional ALQ-99 jamming pods under its wings, which Rueter says can be swapped out in 15min on the carrier deck to meet different mission requirements.
The aircraft also carries weapons such as the Raytheon AGM-88 High-speed Anti-Radiation Missile for use against enemy radars and two Raytheon AIM-120 AMRAAMs for self-defence.
ADVANCING THREATS
Boeing's pitch to add new Growlers to the US arsenal comes as war planners are being prompted to reconsider electronic warfare after a period of neglect and in the face of new threats.
"There was limited attention paid to electronic warfare in the 1990s across the Department of Defense," says Nicholas O'Donoughue, an engineer at Rand Corp, who specialises in radar signal processing. "The US Army, for example, got rid of its Combat Electronic Warfare Intelligence brigades, and chose not to modernise any of their equipment until it became necessary to counter IEDs [improvised explosive devices] in Iraq and Afghanistan, at which point they rapidly acquired and deployed vehicle-based jammers."
In recent years, new, sophisticated radars manufactured in China and Russia are also becoming increasingly difficult for US forces to jam, O'Donoughue says.
"The progression of improved analogue to digital converters, high-power microwave and millimetre-wave components, and active electronically scanned arrays means that a modern radar is capable of generating much more dynamic signals, which are more difficult to recognise and to counter," he says.
"This dynamic nature, and the increasing number of benign signals in the electromagnetic spectrum, makes it very difficult to accurately identify incoming signals." Improved range on surface-to-air-missiles is also making electronic warfare all the more critical, he adds.
But as adversaries' systems are improving, so, too, are the EA-18G's capabilities.
"Growlers will receive the first significant hardware upgrade in 2021," says Rueter. "This includes an improved ALQ-218(V)3 receiver system and addition of improved datalink capability provided by the Tactical Targeting Network Technology terminal and the Distributed Targeting Processor – Network.”
Boeing and the USN are also eyeing adding Super Hornet Block III upgrades to the Growler, including an advanced cockpit system and conformal fuel tanks, which would increase the range of the aircraft, allowing it to fly longer alongside strike platforms.
And both entities are also eagerly awaiting the arrival of the Next Generation Jammer, which will come in three frequency ranges and replace the ageing ALQ-99. Production of the new mid-range jammer has been awarded to Raytheon, while low- and high-band contracts have yet to be assigned.
Forthcoming improvements aside, the USN declines to comment specifically on countering adversaries' increasingly sophisticated defences with the EA-18G. It does acknowledge, however, that the changing nature of electronic warfare presents difficulties to its current fleet.
"It’s certainly a challenge, but we do the best we can," says Rueter. "It’s a cat-and-mouse game."

Flightglobal
 
Yli vuoden vanha juttu Kanadan jo peruuntuneista Super Hornet kaupoista, jossa arvioidaan USN 2015 tilastoihin perustuen SH:n yksikköhinnan olevan 115-123 milj.USD. Tämä koskee siis Block II versiota. Tilaajan omat modifikaatiot tietysti nostavat hintaa jonkun verran, joten täysin vertailukelpoista lukua ei ole. Haastattelussa Boeingin tj vahvistaa luvut oikean suuntaisiksi.
 
Yli vuoden vanha juttu Kanadan jo peruuntuneista Super Hornet kaupoista, jossa arvioidaan USN 2015 tilastoihin perustuen SH:n yksikköhinnan olevan 115-123 milj.USD. Tämä koskee siis Block II versiota. Tilaajan omat modifikaatiot tietysti nostavat hintaa jonkun verran, joten täysin vertailukelpoista lukua ei ole. Haastattelussa Boeingin tj vahvistaa luvut oikean suuntaisiksi.

Huom. Videossa kerrotaan SH:n yksikköhinnan olevan 115-123 milj CAD, joka on 0,78 konversiokurssilla 89-96 miljoonaa USD, mikä on 1,2 konversiokurssilla 75-80 milj Euroa.
 
Super Hornetteihin tulee muiden jerkkujen ohella vanhaa sata kertaa tehokkaampi prosessoriyksikkö aivoihin.

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The USN has a programme-of-record of 573 Super Hornets. While those aircraft already delivered will be retrofitted to the SLM and Block 3 standard, new aircraft rolling off the line from fiscal year 2022 will be built to this standard.

Taking elements of the previously touted International Roadmap and Advanced Super Hornet, the Block 3 will include upgrades to the Raytheon AN/APG-79 active electronically scanned array (AESA) radar; an Elbit Systems large area display (LAD) ‘glass’ cockpit and next-generation avionics; an infrared search and track (IRST); ‘shoulder-mounted’ conformal fuel tanks (CFTs); Integrated Defensive Electronic Counter Measures (IDECM); and new General Electric F-414-400 enhanced engines. A new processor that is a hundred times more powerful than those of today makes this possible.

http://www.janes.com/article/79804/boeing-launches-super-hornet-slm-modification
 
Here Is Boeing's Master Plan For The F/A-18E/F Super Hornet's Future
http://www.thedrive.com/the-war-zon...r-plan-for-the-f-a-18e-f-super-hornets-future

Huomaa G
Katso liite: 21823

Boeing, U.S. Navy To Add F/A-18 Collision Avoidance System
(pelkkä otsikko, paywall)
http://aviationweek.com/awindefense/boeing-us-navy-add-fa-18-collision-avoidance-system
Minulle on jäänyt mielikuva että se moottoripäivitys oli done deal, artikkelin mukaan ei kuitenkaan kuuluisi tuohon päivityspakettiin.
 
https://www.flightglobal.com/news/articles/boeing-fa-18ef-demonstrates-sensor-fusion-448849/

Two Boeing F/A-18E/Fs have demonstrated a sensor fusion capability that combines the data from multiple sensors on both aircraft in near real-time as the programme launches production of the Block III version of the 20-year-old, carrier-based fighter, says Bob Kornegay, business development manager for the F/A-18E/F and EA-18G Programs at Boeing.

Lockheed Martin’s F-35 is most often associated with a sensor fusion capability that dramatically improves the data available to any single pilot in a strike package, but the F/A-18E/F fleet has been steadily catching up to its stealthy, sister aircraft’s most advanced capabilities.

The Block II version of the F/A-18E/F introduced a decade ago included a multi-sensor integration function, but it was limited to the two primary sensors – Raytheon’s APG-79 active electronically scanned array (AESA) radar and the Harris ALQ-214 countermeasure system – on a single aircraft only.

The Fiscal 2018 budget includes funds to procure 24 F/A-18E/F fighters, including the first six of 116 funded Block III fighters in the USN’s long-range spending plan, Kornegay says.

The Block III upgrade package includes a range of structural and sensor upgrades, but it crucially adds an ability to receive and transfer large amounts of sensor data with other Super Hornets and the Northrop Grumman E-2D Advanced Hawkeye.

The Block III version also adds a second-generation infrared search and track (IRST) sensor, allowing the Super Hornet to detect and track enemy aircraft without giving away its own position by using its radar. The IRST is able to detect even targets stealthy to radar at long ranges, but a single sensor on one aircraft does not provide enough clarity to provide targeting information to a guided missile.

But the Block III package also adds the Rockwell Collins Tactical Targeting Network Technology (TTNT) radio and an advanced processor. Those upgrades allow two or more F/A-18E/Fs to share IRST sensor data, giving a single fighter enough information to use for a targeting solution, Kornegay says.

The company demonstrated the Block III’s multi-ship targeting system during Fleet Exercise 2017, Kornegay says. During that event, two F/A-18Es equipped with a first-generation IRST, TTNT and the new processor shared and fused sensor data in near-real time, the company says.

“The aircrew that was involved -- the term they used was ‘eye-watering’, in terms of being able to see things they’d never seen before,” Kornegay says.
 
Unfunded priority, eli lahjalistalla 15 millin edestä kehitystä. Saa nähdä heltyykö kongressi.

Onko kehitysohjelmia useampikin? Meinaan vain, että jos työntöä saadaan lisää, kulutusta alas (vai oliko vain toinen noista, ei voi muistaa) ja pitikö komponenttien kestoiänkin parantua, niin luulisi olevan järkihankinta vaikka omakustanteisena. Hornetkin sai EPE-moottorin sveitsiläisiä varten.
 
Kehitysohjelmia on monia. Tuolle Joulupukin toivelistalle päätyy yleensä hankkeita, joita halutaan nopeuttaa. Tuosta moottorista ei ole tietääkseni muuta rahoitettu kuin tutkimushankkeita, joissa tutkitaan eri parannusmahdollisuuksia. GE on markkinoinut näistä joitain (EPE, EDE, nykyään kai vaan EE), mutta Navy ei ole sitoutunut mihinkään rahoituksen muodossa.

Tässä linkki listaan: https://news.usni.org/2018/02/27/navy-marine-corps-fy-2019-unfunded-priorities-list

pH1F3T2.png


Pikaisen googletuksen perusteella näyttää tosin siltä, että tuo ARC olisi toteutumassa:
The Naval Air Systems Command (NAVAIR) plans to award Leidos Incorporated a sole-source, Cost Plus Fixed Fee (CPFF) contract under Solicitation N0001918R0043 to develop and integrate an ARC Software Suite for use onboard the US Navy F/A-18 Aircraft. This contract is planned to contain a base year with four option years, and is intended to satisfy Government requirements for Fiscal Years (FY) 19 through 23. The anticipated award date is November 2018.
http://www.freerfp.org/opp/eCoKeVmw/adaptive-radar-countermeasures-arc

Tästä on siis kyse:
Current airborne electronic warfare (EW) systems must first identify a threat radar to determine the appropriate preprogrammed electronic countermeasure (ECM) technique. This approach loses effectiveness as radars evolve from fixed analog systems to programmable digital variants with unknown behaviors and agile waveforms. Future radars will likely present an even greater challenge as they will be capable of sensing the environment and adapting transmissions and signal processing to maximize performance and mitigate interference effects.

The goal of the Adaptive Radar Countermeasures (ARC) program is to enable U.S. airborne EW systems to automatically generate effective countermeasures against new, unknown and adaptive radars in real-time in the field. ARC technology will:

  • Isolate unknown radar signals in the presence of other hostile, friendly and neutral signals.
  • Deduce the threat posed by that radar.
  • Synthesize and transmit countermeasure signals to achieve a desired effect on the threat radar.
  • Assess the effectiveness of countermeasures based on over-the-air observable threat behaviors.
ARC technologies will be developed using an open architecture to allow for insertion, modification and removal of software modules with minimal effect on other elements of the system. ARC algorithms and signal processing software will be suitable both for new EW systems and for retrofitting into existing EW systems without extensive rework of front-end radio frequency hardware.
https://www.darpa.mil/program/adaptive-radar-countermeasures
 
Starting from SCRATCH
June 2018 ANDREW MCLAUGHLIN

The RAAF’s Growler airborne electronic attack force is nearing initial operational capability...

“..New Growler crew go into the US Navy training system at VAQ-129, the US Navy’s West Coast EA-18G Fleet Replenishment Squadron (FRS) based at Whidbey Island, and will continue to do so for the foreseeable future.

“For those humans, they are taught to fly US Navy style,” GPCAPT Churchill said. “There is an Australian ‘course mum’ over there to mentor and look after them, but fundamentally they pass a US Navy course. Then what we’ve built here is an operational transition for when they get back, to ‘Australianise’ them so to speak.

“So, they’ll learn to speak Australian on the radios again, and to understand Australian air-to-air tactics, which are the big difference,” he added. “The way we operate is more like the US Air Force – we don’t have large aircraft carriers which is what US Navy tactics are broadly built around.”...

...Unsettling
A RAAF Growler suffered a catastrophic engine failure during takeoff from Nellis AFB in Nevada on January 28 during the type’s first deployment to a Red Flag exercise. The Growler’s crew reportedly did a remarkable job to stay with the aircraft and to keep it away from large numbers of parked aircraft nearby, as it was only seconds away from rotating. Unofficial pictures of the aircraft showed it at rest off the righthand side of Nellis’s eastern runway with large amounts of damage to the rear fuselage, right vertical stabiliser, undercarriage and right wing.

While the likely loss of an airframe will obviously hurt the RAAF, the loss of a number of ALQ-99 jammer pods which the aircraft was carrying is a blow to the wider Growler community, as production of these pods ended over a decade ago. !!!!

But while the damage assessment of the aircraft has been completed, a formal decision on the aircraft’s future is yet to be made.

“We know that the accident was a right engine failure on takeoff. It was uncontained, and there was a component failure which we think very likely caused the engine failure, but the report will determine exactly why,” GPCAPT Churchill said.

“To see one of our jets like that was upsetting. I guess I feel quite paternal about that. But what I can say is that the aircraft was extensively damaged, and the people who inspected it have done their reports for Defence to make a decision.”

Always evolving
The RAAF intends to stay in lockstep with the US Navy as it upgrades its Growler fleet. Apart from the Next Generation Jammer, the US Navy’s larger Growler Block II spiral upgrade program will add numerous other enhancements that mirror those of the Super Hornet Block III.

“Every couple of years there will be a new capability upgrade. Similar to the F-35 where they talk about their block upgrades, Growler will also have block upgrades,” GPCAPT Churchill said.

“There is definitely a requirement to keep evolving these platforms, because the electromagnetic spectrum is increasingly congested, contested, and dynamic,” he said.

“By dynamic I mean it is largely software-defined, so it can look one way and then the next second it can look completely different. Our people in the program are getting some visibility on those things now, and this is helping us to understand them so we can bring forward proposals to government.”

Although it’s still early days, the RAAF has also started educating the Growler’s wider ‘customer base’ about what the aircraft can bring to the fight....”

Source: Australian Aviation Magazine June 2018 No.360
 
Viimeksi muokattu:
Lockheed Martin successfully hit a moving vessel with two Long Range Anti-Ship Missiles launched from a US Air Force B-1B bomber.

The test over the Sea Range off NAS Point Mugu, California on an unspecified date in May 2018 was the second time the company demonstrated hitting a ship with two of its long range missiles at once, Lockheed Martin said. The missiles flew through a series of pre-designated waypoints before using their sensors to identify and impact the intended target.

getasset.aspx


The LRASM is designed to detect and destroy specific targets within groups of ships using its sensors, encrypted communications and a digital anti-jamming GPS, according to Lockheed Martin. It is designed to be used in battle against the surface ships of advanced foes, such as China or Russia – adversaries who could disrupt and attack traditional means of targeting including intelligence, surveillance and reconnaissance platforms, network links and GPS navigation.

The anti-ship standoff missile is based on the Joint Air-to-Surface Standoff Missile – Extended Range. It is to be integrated on board the B-1B in 2018 and on the F/A-18E/F Super Hornet in 2019
 
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