Bill Yenne discusses the life of soviet World War II fighter ace Lydia Vladimirovna Litvyak (Ð›Ð¸Ð´Ð¸Ñ Ð’Ð»Ð°Ð´Ð¸Ð¼Ð¸Ñ€Ð¾Ð²Ð½Ð° ЛитвÑк) (1921 – 1943).
The Indomitable Squall: Rafale’s cutting-edge radar

While the Typhoon and Gripen patiently wait the arrival of AESA radars, the Rafale has been operating with this modern sensor since 2013. The RBE2 AESA (it really needs a name) is the first fighter AESA in series production outside of the US and Japan, and put Thales at the forefront of radar technology. We went to the manufacturer of the RBE2, Thales, to find out more.
(As we have already said, the new radar does need a name- our suggestion would be ‘ravisseur’…)
What is the current contractual and funding status of RBE2 AESA?
60 RBE 2 AESA have been ordered in 2009 for equipping the batch 4 of the Rafale.
When did the first AESA radar enter service?
The first entered service in summer 2013.
How many have been delivered to the customer?
We are exactly in line with our contractual commitment.
(25 as of September 2014)
What percentage increases over PESA will the radar offer in terms of search and tracking ranges?
In terms of performance, detection range is increased by considerably more than 50% and the radar can look in many directions at the same time offering significantly enhanced tracking capabilities.
How much of an improvement will it be?
Angular coverage in azimuth is improved and very small targets with lower radar cross section such as cruise missiles can also be detected. Furthermore improvement of the situational awareness allows pilots to enlarge their potential to ensure the success of their mission.
How many transmitter/receiver modules does it have?
The active array is made up of several hundreds of T/R modules. It is confidential.
How does it compare with the Typhoon’s Captor in terms of detection range?
AESA radar of the Typhoon does not exist today. It seems to be a prototype. When it is in service on board the Typhoon comparison will be possible to be done !
What modes does it have?
RBE2 provides unprecedented levels of situational awareness, with earlier detection and tracking of multiple targets as well as the capability of using several radar modes at the same time:
• All-aspect look-down/look-up detection and tracking of multiple air targets for close combat and long-range interception, in jammed environment and in all weather,
• Real-time generation of three-dimensional maps for terrain-following,
• Real-time generation of high resolution air to surface detection for navigation and targeting,
• Detection and tracking of multiple sea targets.
Does it have aggressive jamming or hacking modes? Can you explain this more.
We will not comment this.
What bands does it operate in?
It operates in X band.
Would multi static or similar operations be possible: could the radars of two Rafales work together to detect low RCS targets?
Yes, thanks to coordination two Rafale can work together.
Is the new radar heavier than the baseline RBE2, how much weight is added by increased cooling?
It is the same weight and same interface as the baseline RBE2.
What features will the radar use to detect low RCS targets?
AESA brings the Rafale extended range capabilities supporting low observable target detection.
How long would it take to fit a RBE2 AESA to a Rafale built the with baseline PESA radar, what changes would have to made?
It takes less than 2 hours as we have just to remove the PESA antenna and to plug and play immediately the AESA antenna.
How much will it cost per unit?
No comment
Is the lack of a repositioner a disadvantage in terms of field of regard?
We made the analysis as early as in the middle of the nineties to evaluate the advantage to use or not a repositioner. Our conclusion was that this solution works well when the situation is not complex but it is absolutely irrelevant when it becomes more dense due to a high quantity of targets spread in space.
No, it is not a disadvantage. We rejected the repositioner as this solution is not relevant for the majority of the missions.
Was the RBE2 the first fighter AESA produced outside of the US and Japan?
Yes it is the first and only serial AESA produced in Europe.
Are there any plans to offer the RBE2 AESA as a radar for F-16s?
No the RBE 2 AESA is specifically designed for the Rafale.
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What was Italy’s ultimate fighter?
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The eye of the storm: Captor-E interview
Without new orders, the Eurofighter Typhoon is perilously close to the end of its production run (the first components of the last ordered aircraft having already been made). A big incentive to potential air force customers is the promised Captor-E radar. This extremely capable set is already in development, so we spoke to the manufacturers Selex to find out more.
 HK: What is the testing schedule? Testing is continuing following the Farnborough International Air show involving Eurofighter, BAES and the Euroradar partners. It is planned to align to anticipated customers’ requirements for production systems. Â
What is Selex’s current experience of designing and building fighter AESA’s? Selex ES has over 60 years of Fire Control Radar experience from the AI23 radar on the Lightning aircraft to present Captor-M and Captor-E radars for Eurofighter Typhoon working with the EuroRADAR Consortium. The EuroRADAR Consortium is led by Selex ES (UK) and in partnership with Selex ES (Italy), Airbus (Germany) and Indra (Spain) has invested heavily in Active Electronically Scanned Array (AESA) Radar over the last 16 years. During that time a number of Technology Demonstrator Programmes (TDPs) have been completed.
When will an operational radar be completed? The operational radar is planned to be completed to meet the anticipated customers’ requirements.

When do you expect to see squadron service? This will be dictated by the customers’ requirements for entry into service either as retrofit of the existing best-in-class M-Scan radar or as fitted to new aircraft procurement.
What percentage increases over Captor will the radar offer in terms of search and tracking ranges? This information is classified but Captor-E will offer increased range performance, extended missile guidance, faster detection and tracking of multiple targets. In addition, it is expected that Captor-E will significantly improve accuracy and reduce track latency, especially against manoeuvring targets due to the extreme beam agility inherent in AESAs.
How many transmitter/receiver modules will it have? Will it require more or less maintenance than the Captor-M? The exact figure is classified but Typhoon has a large radome which does allow for a high TRM count. This increases both transmitted and received power which provides a significant competitive advantage in maximum detection range and other radar capabilities over the majority of other fielded AESAs. Captor-E will have reduced life cycle costs. Mechanically scanned arrays by design place extreme stresses on their structure and motor to rapidly reposition the antenna between alternate edges of the field of regard. The majority of this beam repositioning is now completed electronically; the much-reduced mechanical demands on the repositioner and the robust mechanics of its novel design should ensure far less maintenance. In addition, the avionics in the rest of the radar benefit from newer technology and excess processing power.
Will it offer superior detection range to RBE2 AESA and by what margin? We believe that the large power and aperture available to Typhoon offers superior detection ranges; indeed, during Flight Evaluation Trials several evaluating nations have already commented that Captor-M invariably detected targets at significantly greater ranges than RBE-2. Captor-E should enhance detection even further and improve that significant tactical advantage. If you combine that power and aperture with the innovative repositioner providing a Wide Field of Regard of ~200 degrees you have an air combat-decisive advantage. Our competitors and potential adversaries who field a fixed plate antenna with a field of regard of only ~ 120 degrees are not only stuck with the legacy tactics associated with a mechanical radar but additionally will have significantly reduced power and tracking at the edges of that field of view. Captor-E will revolutionise air combat by offering our pilots the option to ‘jump into the notch’ whilst maintaining tracking on a hostile aircraft; instantaneously reducing an adversary’s missile range and degrading his radar picture. This will offer a significant operational advantage over typical fixed plate AESA radars such as RBE2 and the APG series.
What modes will it have? The radar will have a comprehensive suite of air to air and air to ground waveforms supporting a flexible and powerful concept of interleaved multi-role operations implemented through an efficient radar resource management system as well as high resolution modes for surveillance and reconnaissance.
Will it have aggressive jamming and hacking modes? Can you explain this more. I am sure that you will understand but unfortunately this information is classified.
What bands will it operate in? I-band
How much, and what, testing has been done on the radar so far? The Full Scale Development programme has been progressing to schedule, the precise details are private to the ER partners and EF stakeholders only.
Why has it not a large flying testbed? Various Technology Demonstrators such as AMSAR and CAESAR have been flown on ‘hack’ aircraft and CAESAR flew very successfully in May 2007 on a DA5 Typhoon. The experience and trials data gathered during these programmes has led to improvements in modelling and simulation techniques which allows industry to develop complex equipment on the ground and reduce the burden on flight test programmes.
Would multi static or similar operations be possible with a Captor-E: could the radars of two Typhoons work together to detect low RCS targets? I am sure that you will understand that the details supporting detection of low RCS targets is classified but EScan technology does provide the capability for enhanced cued search and track both actively and passively.

How similar will the set be to the Gripen E/F’s radar- to what extent is research pooled? Captor E and Raven are completely different radar systems. Captor-E for EF Typhoon is provided by the Euroradar consortium for which Selex ES is the lead contractor working with Selex ES Italy, Airbus Ulm and Indra Spain. Raven ES-05 is provided solely by Selex ES.
Will the new radar be heavier and use more power than Captor-M? The Captor-E system is heavier than the existing Captor-M, all provisions both mechanical, electrical and cooling are provided to allow fitting to T3 aircraft and T2 aircraft retrofit. The benefit of Typhoon’s excess thrust is that the extra weight is not expected to have an impact on performance; as evidenced by Typhoon’s agility with 6x1000lb Paveway IIs.
How long would it take to fit a Captor-E to a Typhoon built with Captor-M, what changes would have to made? How much would the operation cost? It is not a lengthy process and provisions are in place to support this.
How much will it cost per unit? This is commercial information private to stakeholders and customers. Â
In what ways is an AESA with a repositioner superior to a conventional AESA? In addition to the significant air combat advantages discussed above the innovative re-positioner extends the radar’s field of regard to ~200 degrees which is some 50% wider than traditional ‘fixed plate’ AESA radars. The wide field of regard provides significant benefits in both air to air and air to ground engagements allowing the Typhoon to turn away from the oncoming threat whilst continuing to track and support weapons engagements. The radar can carry out high resolution Synthetic Aperture Radar (SAR) imaging whilst maintaining a safe distance from enemy forces.
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Want something more bizarre? The Top Ten fictional aircraft is a fascinating read
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Aviation mythbuster 1: 9/11, chemtrails & Aurora
Nick Pope investigated UFOs for the UK Government. Today he is recognised as one of the world’s leading authorities on UFOs, the unexplained and conspiracy theories. Hush-Kit asked him for his views on the most controversial aeronautical conspiracy theories.
Is there any evidence to support the 9/11 conspiracy theories?Â
There’s no significant evidence of any conspiracy here. 9/11 was not an “inside job”, and neither was it “allowed to happen”, with the powers that be looking the other way. I learned a lot about conspiracy theories (and found myself at the centre of a few!) while investigating UFOs for the MoD, and comment on the subject extensively in the media. It’s clear to me that 9/11 conspiracy theories – like most conspiracy theories – arise partly because of public distrust of government, and partly because of misunderstandings about the way in which governments and the intelligence agencies work. To give an example, the CIA was aware of two of the 9/11 hijackers, but didn’t inform the FBI. This might sound sinister, but poor information-sharing is typical in the intelligence community. Applying a bit of science and a bit of common sense deals with all the various 9/11 conspiracy theories. As an example, some people say the towers couldn’t have collapsed as a result of aircraft hitting them, because aviation fuel doesn’t burn at a sufficiently high temperature to melt steel. This is flawed reasoning, because all that was necessary for the towers to collapse was for the steel to lose its structural integrity, and that happens at a lower temperature. And that’s exactly what happened. Bizarrely, there are even a few engineers and architects who support 9/11 conspiracy theories (most, of course, do not). All I can say is that I wouldn’t let them anywhere near my house!

What is the chemtrail theory and is there any truth in it?Â
When I was a kid, I was taught that the trails I often saw behind aircraft were called contrails, or vapour trails. Now, some people call them chemtrails and think they’re part of a sinister New World Order plot to poison people. The theory is crazy. You’ve only got to see how low crop-spraying aircraft need to fly to be effective to realise that spraying anything from 35,000 feet is going to have no discernable effect. And where are all these aircraft supposed to come from? I know from my MoD career that both in the UK and the US, the Air Force struggles to complete its core tasks, so the idea of fleets of aircraft spraying an unsuspecting population in science fiction. Interestingly, the US Air Force was getting so many questions about this that some years ago they put an article entitled “The Chemtrail Hoax” on their website. It has also been suggested that chemtrails relate to secret weather control projects. I’m skeptical about this too, though there’s no doubt that the US Government (and others) have done some work on weather modification, e.g. Project Popeye, where the US military seeded clouds to make it rain on the Ho Chi Minh trail, during the Vietnam War. Additionally, the concept of geoengineering (championed by people like Professor David Keith) is attracting increasing attention given that climate change continues to be such a major political issue.
How did Amy Johnson die?Â
The official story is that she flew off course while ferrying an aircraft to a military base (standard work for an Air Transport Auxiliary officer), ran out of fuel and ditched in the Thames Estuary, where she drowned. There’s a claim that she was shot down by UK anti-aircraft fire after failing to respond to a request for a coded signal, but that’s based on a single, unverified claim from a former gunner who believes he was responsible. There’s a related theory that the ship involved in her rescue reversed and that Johnson was killed by the propellers. There was – and still is – huge sensitivity over so-called ‘friendly fire’ incidents, and this would have been compounded by the fact that the victim was one of the most famous women in the world, so these theories aren’t too outlandish. There are some less likely conspiracy theories about Amy Johnson’s death, e.g. that she was shot down by the Germans, was fleeing the country with a (possibly German) lover, that she was engaged on a secret government mission, or even that she faked her own death. Short of discovering the wreckage of her aircraft, the mystery is unlikely to be resolved.
Should we believe any UFO reports are alien spacecraft – if so which are hardest to explain away?
We shouldn’t believe it, but we shouldn’t rule it out either. There’s certainly some intriguing evidence, but no definitive ‘you can take it to the bank’ proof. Over the years, the MoD’s UFO project investigated around 12,000 UFO sightings, and many other governments had similar research efforts. The cases that we found most compelling were ones where the witnesses were pilots, and where an uncorrelated target was simultaneously tracked on radar. There are plenty of such cases in the MoD’s UFO files, but they’re buried among thousands of less interesting cases (the best place to hide a book is in a library!) and are hard to find. Those of us who have looked at this issue from within government have mixed feelings about the UFO phenomenon. On the one hand, there are a lot of easy-to-explain cases out there, involving misidentifications and hoaxes. And it’s frustrating to constantly be accused of being part of a cover-up. On the other hand, there are some genuinely unexplained cases too, and as we always used to say, the believers only have to be right once! The most compelling and mysterious UFO case of all time is probably the Rendlesham Forest incident, and I co-wrote a book about this (“Encounter in Rendlesham Forest”) last year with the two main witnesses, John Burroughs and Jim Penniston, both of whom were in the United States Air Force at the time of the incident.
Was the Aurora spy plane real? What evidence was there?
I was personally involved in this controversy, because of the theory that many UFO sightings being reported to the MoD in the early Nineties might involve secret prototype spy planes – possibly Aurora. To clarify the position we asked the US Government for assurances that no such aircraft was being operated in UK airspace. We were given these assurances (and told that the aircraft didn’t exist) and on that basis, Defence Ministers gave similar assurances to Parliament. But some of my colleagues in the MoD’s Defence Intelligence Staff weren’t convinced, and asked the Americans again, which nearly caused a diplomatic incident, as the US Secretary of the Air Force took this as an accusation that he’d lied to the UK and misled Congress. So I think I’d better stick to the line that Aurora never existed, for fear of causing another diplomatic incident!

How many nations are likely to be flying secret aircraft projects today and what are they?
More than we think, I suspect, especially if one includes UAVs. I don’t think it’s any great secret that countries such as the USA, Russia, China, the UK, France, Israel, India and Pakistan operate and are developing a range of secret, prototype aircraft and drones, with technology running many years ahead of what you’ll see at the Farnborough or Paris airshows, or in the aviation press. I’m sure other countries are in the game too, but even with their being the target of sophisticated intelligence-gathering operations, it’s difficult to be certain about countries such as Iran or North Korea. And with that, I’m probably in danger of straying into areas that are classified, so on the basis that the Official Secrets Act binds me for life, I’d better not say any more on this point.
Hush-kit is reminding the world of the beauty of flight.
What was Italy’s ultimate fighter?
Follow my vapour trail on Twitter: @Hush_kit
Want something more bizarre? The Top Ten fictional aircraft is a fascinating read
You should also enjoy our Top Tens! There’s a whole feast of fantastic British, French, Swedish, Australian, Japanese , Belgian,  German and Latin American aeroplanes. Want something more bizarre? The Top Ten fictional aircraft is a fascinating read as is the Top Ten cancelled fighters.
Read an interview with a Super Hornet pilot here.
The ten best-looking US Navy airplanes

The US Navy has had such a dazzling selection of beautiful airplanes, that we must accept that there has to be omissions in this list. Despite this, we hope you enjoy our choice- the following ten are certainly all extremely handsome machines.Â
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Â
10. Grumman Panther
9. McDonnell Douglas F/A-18 Hornet
8. Vought F7U Cutlass
6. Vought F4U Corsair
5. Wright XF3W Apache
4. North American A-5 Vigilante
3. Douglas A-4 Skyhawk
2. Grumman F-14 Tomcat
You may also enjoy A B-52 pilot’s guide to modern fighters, Flying and fighting in the Lightning: a pilot’s guide,Interview with a Super Hornet pilot, Trump’s Air Force Plan, 11 Worst Soviet Aircraft, 10 worst US aircraft,and10 worst British aircraft
You may also enjoy Ten incredible cancelled Soviet fighter aircraft, Ten worst Soviet aircraft, Ten incredible cancelled military aircraft, Fighter aircraft news round-up,  11 Cancelled French aircraft or the 10 worst British military aircraft, Su-35 versusTyphoon, 10 Best fighters of World War II , Su-35 versus Typhoon, top WVR and BVR fighters of today, an interview with a Super Hornet pilot and a Pacifist’s Guide to Warplanes. Flying and fighting in the Tornado. Was the Spitfire overrated? Want something more bizarre? Try Sigmund Freud’s Guide to Spyplanes. The Top Ten fictional aircraft is a fascinating read, as is The Strange Story and The Planet Satellite. The Fashion Versus Aircraft Camo is also a real cracker. Those interested in the Cold Way should read A pilot’s guide to flying and fighting in the Lightning. Those feeling less belligerent may enjoy A pilot’s farewell to the Airbus A340. Looking for something more humorous? Have a look at this F-35 satire and ‘Werner Herzog’s Guide to pusher bi-planes or the Ten most boring aircraft. In the mood for something more offensive? Try the NSFW 10 best looking American airplanes, or the same but for Canadians. 10 great aircraft stymied by the US.Â
The secret life of aircraft

Looking up at an aeroplane in the sky, have you ever wondered where it originally came from- and where it will end its life? We take a fascinating look at the secret life of aeroplanes.Â
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- Conception

As with most vehicles, aeroplane copulation involves the male mounting the female from above (or in some cases behind). When a male aeroplane is interested in mounting a female, he waggles his wings and activate his foglights. If the female is receptive, she will either extend her drogue, sometimes called a basket, or in the case of many inland aeroplanes species, the male will extend his boom. Once coupled, the aircraft will exchange vital liquids that contain the blueprint for a new aircraft. If fertilisation is successful, the female aircraft will gestate for between ten and twenty years.
2. Birth

Birth traditionally took place at 25,000 feet, but modern birthing techniques can be as low as 500 or as high as 30,000 feet. The process takes place at great speeds to avoid Predators or other Unmanned Air Vehicles. Litters vary in size, this F-111 is giving birth to four young (young F-111s are known as piglets). Note that the young have yet to develop full-size wings.
3. Childhood
As can be seen in this photograph of a young Bell X-1, young aeroplanes seldom stray far from their protective mothers. Note that the mother has four visible engines, whereas the X-1 has none. Engines are developed during puberty. A young aircraft often has neither the software, weapons integration or spare parts to make it in the world by itself.
4. AdolescenceÂ

After sexual maturation aeroplanes are forced to leave their family nests. Badly tempered- and highly hormonal male aeroplanes often form gangs (as seen above).
5. Sexual orientationÂ
Though these terms are now highly contentious, traditionally three types of aeroplane sexual orientation were understood:
A. Monocoque

A monocoque aircraft relationship involves at least one mailplane in a monogamous relationship.
B. Biplane

Biplanes are more versatile than monocoque aircraft, but some (especially in the monocoque community) have expressed doubt on their existence.
C. Triplane

Very popular in the hedonistic 1910s, especially in German aristocratic circles – today there are few self-designated ‘triplanes’. Triplanes were famous for their flamboyant ‘drag culture’ – later replaced by the Lift-to-Drag culture.
6. Finding a job

Though originally it was considered enough that aeroplanes could fly -today they are forced to earn their keep. Some are employed by budget airlines to act as prisons for humans, the hapless detainees are not allowed to leave until they have bought a thirty Euro teddy bear and a four-Euro Coke. Other aircraft are forced to perform in circuses flying unnaturally low or to fight to the death for the entertainment of national leaders.
7. Middle Age

During middle-age, aircraft become more emotionally maintenance heavy. Aware that they are half way through their service life many, like this German Tornado ECR, start to wear gaudy costumes in an attempt to recapture the ghost of their youth.

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8. Old AgeÂ

The average aeroplane lives to around 7,000 flight hours. By 6,500, the aeroplane will be suffering from embarrassing coolant leaks, a general feeling of fatigue and appalling unreliability. Belts, hoses and gaskets — and anything else that rubs against something else — will need frequent attention. On the positive side, most elderly aeroplanes are thoroughly loved by both humans and other ‘planes. Particularly charismatic geriatrics may even become stars, performing before millions of spectators.
9. Death 
One day an aeroplane will die. Its turbines or pistons will splutter and give up, and it will be hauled away, melted down and turned into sporks. Many aeroplanes, as Zoroastrians, request an open ground-level burial. A ‘tower of silence’ is built – where the bodies are left exposed so their aluminium can be picked from their bones by Vulture UAVs.Â

______________________
You may also enjoy A B-52 pilot’s guide to modern fighters, Flying and fighting in the Lightning: a pilot’s guide,Interview with a Super Hornet pilot, Trump’s Air Force Plan, 11 Worst Soviet Aircraft, 10 worst US aircraft,and10 worst British aircraft
You may also enjoy Ten incredible cancelled Soviet fighter aircraft, Ten worst Soviet aircraft, Ten incredible cancelled military aircraft, Fighter aircraft news round-up,  11 Cancelled French aircraft or the 10 worst British military aircraft, Su-35 versusTyphoon, 10 Best fighters of World War II , Su-35 versus Typhoon, top WVR and BVR fighters of today, an interview with a Super Hornet pilot and a Pacifist’s Guide to Warplanes. Flying and fighting in the Tornado. Was the Spitfire overrated? Want something more bizarre? Try Sigmund Freud’s Guide to Spyplanes. The Top Ten fictional aircraft is a fascinating read, as is The Strange Story and The Planet Satellite. The Fashion Versus Aircraft Camo is also a real cracker. Those interested in the Cold Way should read A pilot’s guide to flying and fighting in the Lightning. Those feeling less belligerent may enjoy A pilot’s farewell to the Airbus A340. Looking for something more humorous? Have a look at this F-35 satire and ‘Werner Herzog’s Guide to pusher bi-planes or the Ten most boring aircraft. In the mood for something more offensive? Try the NSFW 10 best looking American airplanes, or the same but for Canadians. 10 great aircraft stymied by the US.Â
Mirage 2000 pilot interview: Cutting it in the ‘Electric Cakeslice’

After mastering the Lightning  and Tornado, the RAF’s Ian Black volunteered to fly France’s hottest fighter, the superb Mirage 2000. Black explains what is was like to fly the ultimate Mirage, and how it fared in dogfights against the most formidable fighters of the 1980s.Â
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How did you end up flying Mirage 2000s?
“I’d flown Air Defence for around 12 years and converted from back to front seat. I’d reached a point in my career where i had to expand my horizons. I could go down the staff Officer route, apply to the Red Arrows, Test Pilot School or try for an exchange posting. I opted for the exchange option as i wanted to fly an aircraft the RAF didn’t have as well as the opportunity to learn a foreign language appealed – At the time the RAF had exchange postings for Air Defence pilots on the F-15C/ F-16/ F-18 F-4F and Mirage 2000 – I wanted the French Exchange because it was based in Provence and the Mirage is a unique airframe.â€
Which variant?
“I flew the Mirage 2000C – RDI – at the time the FAF had the Mirage 2000C RDM ( pulse radar ) and the RDI Pulse doppler radar. They also operated the Mirage 2000D and 2000N – Eventually a Tornado GR1 pilot flew the Mirage 2000D, but the N’s Nuclear role meant no foreign pilots were allowed to operate it.â€
“I managed to put a Mirage 2000 into the vertical whilst being chased and held the manoeuvre a few seconds too long – when I looked into my HUD I was in the pure vertical at 60 knots and deceleratingâ€
What were your first impressions of the cockpit?
†Slightly disappointing at first – I’d come from the Tornado F3 which was painted grey – then blacked out for NVG work – and was very spacious and well laid out. The Mirage 2000 is more like a fighter from the 70s with a lot of analogue displays. The rear view was not as good as an F-16 and it was pretty cramped. On the plus side it was not overly complex.â€
Is it easy to fly?
“Yes and no- It’s easy to fly once you get the hang of it but the delta wing takes a unique approach to flying – Its not like a conventional wing – It generates huge amounts of lift but also an enormous amount of drag – great for a ‘Bat Turn’ but you always end low on energy afterwards. Landing is pretty straightforward. The view is good. Air-to-air refuelling is easy. It has very well balanced controls and gives you great seat of the pants type senses – I’d almost say it was the perfect blend of old and new – great feedback to the pilot using its early fly-by-wire controls without feeling like a computer game.â€

What is the hardest thing about flying the Mirage 2000- any quirks?
“As mentioned, the delta wing could catch you out, it would give you 9G+ performance but at a penalty; flying in the circuit could be a challenge, turning finals required quite a lot of pulling on the stick -which loaded the wing up as the drag built. Once you rolled wings level it was imperative to take the power off or you would accelerate quickly.â€
How does the acceleration and climb compare to a Lightning?
“The Lightning had two massive Rolls Royce Avon engines – The Mirage 2000 had one – but it was still pretty potent.â€
Did you fly dissimilar air combat training (DACT) flights on the Mirage 2000? If so, against which types and what did you learn from each type?
 “An interesting question – I must have flown against the F-14, F-15, F-16, F-18, Tornado F3, F-8 Crusader and the F-104 Starfighter in combat. The older generation didn’t stand a chance, but the F-16 block 50 was very good. One of the drawbacks of the Mirage 2000 being unique was that as we did a lot of 1vs 1 and 2vs 2 Mirage vs Mirage combat – you developed tactics and handling skills to fight Mirage vs Mirage. This actually was counter productive as these tactics -and the way you handled the aircraft – didn’t cross over to fighting other types. I got beaten by an F-16 by fighting him like a Mirage and learnt a painful lesson.â€

“DACT was interesting in the M2000 – if your opponent was new to fighting a delta it could make his eyes water! At the merge the initial 9G+ turn was eye-watering, despite having a single engine it could still reach heights other fighters like the F-16 couldn’t. It also possessed, in my opinion, a far more sophisticated fly-by-wire system – it was in effect limitless. I managed to put a Mirage 2000 into the vertical whilst being chased and held the manoeuvre a few seconds too long – when I looked into my HUD I was in the pure vertical at 60 knots and decelerating ! As we hit Zero the aircraft began to slide backwards and the ‘burner blew out. My heart-rate increased. As the aircraft went beyond its design envelope, the nose simply flopped over pointing earthwards – with a few small turns the airspeed picked up. As I hit 200 knots I simply flew the aircraft back to straight and level. I admit that my opponent did shoot me down, but he did say it looked spectacular. This sort of carefree handling gave pilots huge confidence in the aircraftâ€
What was the most challenging fighter you faced while flying the Mirage?
“Probably the F-15C as AMRAAM was just coming into service which totally outclassed us – They had amazing SA and the way they operated was impressive.â€
How would you rate the M2000 in the following:
 Instantaneous turn rates (at low/medium and high altitudes)
“Stunning – at all altitudes – with its big wing even at 50,000 feet using the leading edge slats it could still turn well.â€
Sustained turn rates (at low/medium and high altitudes)
“Sustained turn was still good, especially at low level where you had sufficient energy to maintain speed.â€
High Alpha
“The Mirage 2000 was legendary at its low speed high Alpha Passes -120 knots was pretty easy to fly.â€
Weapon system
“As a weapons system the Mirage 2000 is a great ‘package’ with a good radar , onboard electronic countermeasures and radar warning receiver. It also packs a good array of weapons – with air-to-air refuelling its a formidable fighter. “

Which three words best describe the M2000?
 “Vive La France !  It’s Sexy. It’s French – Dassault make fine aircraft and apart from the ejector seat it pretty much is 100%. Future-Proofed – The M2000 first flew in 1978 and it’s still in service in 2016 – despite its sleek frame it’s built like a tank and can pull 9G all day long.â€
How would you compare the aircraft to an F-16?
“I’d say the F-16 has the edge – whilst the M2000 evolved from the RDM – RDi to RDY versions they were pretty small upgrades in terms of airframe performance – The latest Block F16s are a world apart from the original F-16As. Part of the Mirage 2000’s problem was the arrival of Rafale, which pretty much stopped any further development.â€

How does it compare to the other aircraft you have flown?
“The Mirage 2000 is a fourth generation fighter – and extremely capable in both air-to-air and air-to-ground roles – as well as being highly manoeuvrable even when loaded up. The Tornado was extremely competent at the role of interceptor, but lacked the agility of Dassault’s masterpiece.â€
What was your most notable flight on the Mirage 2000?
“When you fly a Mach 2.0+ 9 G fighter trust me they are pretty notable. A few stick out: night missions with air-to-air refuelling over Bosnia or live missions protecting High Value assets over Iraq were pretty noteworthy. Flying in another Air Forces aircraft is a real honour – the trust they have on you is humbling. “
Ian flew the Mirage from 1993-97. Even after flying the mighty Lightning, the Mirage 2000 remains Ian’s favourite aeroplane.Â
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Revolution! Interview with USMC Osprey pilot

The most radical, and controversial, aircraft in frontline service is the V-22 Osprey. Far faster and longer-ranged than a helicopter yet with the same ability to take-off and land vertically, the Osprey is unique. But its critics describe it as vulnerable, costly and dangerous. So what is the view of those who have taken the aircraft into combat? We spoke to Carleton Forsling who flew MV-22s for the United States Marines Corps to find out more.
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“From a commander’s perspective, the speed and range of the Osprey are complete game-changers. Fixed-wing aircraft have always travelled long distances at high speed, but they require airfields to operate. That has always implied a chicken-or-egg scenario–you can’t get troops in without an airfield, but you can’t take an airfield without troops. Before the Osprey, that meant fighting one’s way to get an airfield or other facilities close to the fight or using airborne troops, which have always been incapable of sustaining themselves. Helicopters are notoriously short-ranged and slow. They provided tactical mobility, not operational or strategic mobility. Today, an Osprey can deliver troops hundreds of miles at high speed. It completely changes that paradigm.
From a pilot’s perspective, that is still impressive. For example, when I flew CH-46E Sea Knights, usually called the “Battlephrog,†it took the better part of a week to move helicopters from North Carolina to California for an exercise. With the V-22, it was just a long day. I flew a CH-46E from a ship in the Arabian Sea to Afghanistan in 2001. It was a fairly harrowing trip – at the limits of the machine. When I delivered one of the first V-22s from a ship to Afghanistan in 2009, it was as uneventful as taking a commuter flight from Des Moines to Chicago.
Still, what I most enjoyed about the Osprey was the way it made many of the most demanding tasks in traditional helicopters easy. In a helicopter, especially an older helicopter like a CH-46E, instrument flight was practically an emergency procedure. It was something you avoided. The V-22 was such a good IFR platform we could fly formations through bad weather routinely. In the -46, landing in a brownout was tempting fate each and every time–you just set your deceleration and attitude as best you could and tried to time your landing. In a V-22, you have several options in automation–you can use the electronic display to hand-fly the aircraft to the deck, showing your drift all the way to the ground even if you can’t see it. You can also use it to set up in an automatically stabilized high hover, or HOGE, then let yourself down under computer stabilization. Your choice depends on the tactical situation. It makes the most demanding task in all of military aviation, the brownout landing, into a routine one.
I always expressed my frustration with the Osprey as something along the lines of “We bought a Lamborghini, but didn’t spring for the power locks or a decent stereo.†It was things that the engineers forgot, like making the latches on maintenance panels sturdy enough for the demands of a high-performance machine, or having a GPS not certified for IFR use, or an icing system not up to commercial standards. The big-ticket technology, like the tiltrotor part, worked great. It was the ancillary systems that drove me crazy sometimes.â€
Myths
“The biggest myth is that it’s unsafe. I did many tours, airshows, and public-relations appearances with the aircraft. Some people acted as if I was a professional stuntman or something and asked if I felt like I was in danger flying it. Historically, the Osprey suffered greatly, reputation-wise, because senior leaders mishandled its introduction, both in engineering and in aircrew training. In its mature form, it is statistically one of the safest combat aircraft in military service. It has double and sometimes triple redundancy in most of its critical systems. In the event of an engine failure, it can fly all day in airplane mode. In many helicopters, the second engine just takes you to the scene of the crash. I had my share of emergencies in the V-22, just as I did in the Phrog (CH-46), but I was always confident in the airframe to do its job.â€

What were your first impressions of the Osprey?
“The first time I saw it was as a CH-46E pilot flying around MCAS New River. It was still in developmental test at the time, and it was something like seeing a pink elephant or something. It was cool-looking, but I never thought much of it. Then I heard about the much-publicized mishaps and disparaged it, just like some of my compatriots.
The programme stopped flying for a couple of years, but when it stood up, some of the lead pilots did a road-show to tell fleet pilots where the program was going. I was an instructor in HT-18, the helicopter training squadron. When I saw their presentation, I was impressed. When the message came out asking for applications to fly it, I jumped right on it.â€
Is it reliable?
“I won’t lie and say it isn’t a bit finicky. I like to say it’s a Lamborghini, but perhaps it’s best likened to a Porsche Panamera. It ain’t a Honda Accord. It takes more to keep it going, but it gives a lot more too. It’s a much more avionics-intensive machine. In fact, one of the problems we encountered early on is that the squadrons were structured very much like an old helicopter squadron in terms of the numbers of airframes mechanics, power line (or “flight line†in Marine-speak) mechanics, and avionics technicians assigned. In reality, most problems with the Osprey came down to electronics, and gradually the Corps readjusted to that.â€

“It does have the complexities of both a helicopter and a fixed-wing aircraft. Helicopters have a lot of hour-limited components, as does the Osprey. It does take a lot of work, I won’t lie about that. Many maintainers who switch to the Osprey aren’t pleased at first, but eventually most grow to love it, just like any other aircraft.
Another thing to remember is that the aircraft is incredibly self-aware. Whereas in a traditional aircraft, the first indication of a system degradation is an in-flight emergency, in the Osprey almost every parameter is recorded every flight. That means that problems are spotted before they affect the safety of flight and can be fixed before a system fails, not after. That’s a huge step up from legacy aircraftâ€

Is it too fast to be used to its greatest potential with helicopters?
“That depends. It’s a mistake to treat it like a legacy aircraft, and during the fleet introduction, a lot of pilots were frustrated by senior leaders who treated it like just a slightly faster version of the CH-46. During exercises, we’d park the amphibious ships just a couple of miles from the beach, so that the V-22s barely had a chance to transition from helicopter, or “VTOL,†mode, before touching down in an LZ. If we employ it that way, then it is truly just an overly-expensive rotorcraft.
If we employ it they way it was designed, though, it can achieve things that no helicopter can. There are a variety of ways to achieve that synergy. If I had (several) billion dollars, I’d invest in high-speed escorts, perhaps even in heavily-armed V-22s to achieve that. In today’s world, though, there are still many ways to exploit the Osprey’s assets while still supporting troops in an LZ. That can come from using armed rotorcraft from FARPs (Forward Arming and Refueling Points). It can come from synchronizing V-22s with fixed-wing escorts. And it can be done by using V-22s to land where the enemy isn’t, because he can’t be anywhere, and the V-22 gives commanders the opportunity to “hit him where he ain’t.â€
Have a look at 10 Best fighters of World War II , top WVR and BVR fighters of today, an interview with a Super Hornet pilot and a Pacifist’s Guide to Warplanes. Was the Spitfire overrated? Want something more bizarre? The Top Ten fictional aircraft is a fascinating read, as is The Strange Story and The Planet Satellite. The Fashion Versus Aircraft Camo is also a real cracker. Those interested in the Cold Way should read A pilot’s guide to flying and fighting in the Lightning. Those feeling less belligerent may enjoy A pilot’s farewell to the Airbus A340. Looking for something more humourous? Have a look at this F-35 satire and ‘Werner Herzog’s Guide to pusher bi-planes. In the mood for something more offensive? Try the NSFW 10 best looking American airplanes, or the same but for Canadians.Â
Is it particularly vulnerable to ground-fire?
“Like any rotorcraft, it’s not invulnerable. Movies sometimes give the impression that some helicopters can be rendered invulnerable to small-arms fire. Other than critical systems, it’s impossible to protect helicopters from holes being punched in them if they’re hit.
The biggest defense against battle damage is to avoid being hit in the first place. The Osprey is unique among assault aircraft in this regard. Enroute, it flies faster than helicopters, making it harder to hit. It also can fly either a low altitude or high altitude profile, depending on the MANPAD threat.
It is also far more maneuverable than traditional rotorcraft. Some people mistake being able to shake the controls around for maneuverability. Maneuverability means being able to move an aircraft’s velocity vector quickly in multiple axes. That’s something the Osprey can do better than any helicopter I’m familiar with. The Osprey can displace from a threat vertically and horizontally. In helicopters, the solution is just to fly lower, and there’s certainly a lower limit on altitude!â€
“If it does get hit, the Osprey has multiple redundant systems. That’s true for its engines, hydraulics, and key electronics. Its fuel tanks are self-sealing and fill with inert nitrogen as they empty to prevent fires. The pilots’ control inputs are transmitted to the control surfaces by electrons, not rods and cables. The troop seats stroke to reduce the impact in the event of a crash. Those features are what truly help troops survive in combat.â€
What is your most memorable flight on the aircraft, what is it like to fly?
“Most memorable? Well, there was this time when I flew though the wake of my lead aircraft while turning and descending on a base leg and it nearly flipped us over. We recovered at 47′. That phenomenon has to do with the strong rotorwash due to the high disk loading of the V-22, which leaves disturbed air behind a lead aircraft and the way the fly-by-wire system holds an attitude for the dash two. After this incident, the Marine Corps changed the parameters for where the dash two aircraft should be relative to the lead aircraft while descending in conversion (helicopter) mode. In my personal opinion, this wake interaction was what caused the Marana mishap, not the infamous “Vortex Ring State.
As far as what it’s like to fly, it’s like nothing else. It accelerates and decelerates incredibly quickly and is extremely maneuverable for a big aircraft at both high and low speeds. It’s also remarkably stable. Hovering is a breeze–to the point that fixed wing pilots transitioning to the V-22 ask what the big deal is when helicopter pilots talk about hovering. It’s also an amazing instrument platform.â€

What do you believe is the future for the V-22 and tilt-rotors in general?
“I think that tiltrotors have a very bright future. When I look at the information on the upcoming Bell V-280, it really looks as if they taken the lessons of the V-22 and taken it to the next level.â€

“As long the military has a need for crisis response, there will continue to be a need for tiltrotors.
The biggest challenge will be whether tiltrotors are accepted in commercial aviation. The operating cost will have to come down for it to become viable in EMS, petroleum, and executive transport. The military doesn’t have to turn a profit. Civilian operators do.â€
Does it have a nickname?
“The Osprey hasn’t gotten a cool second nickname like some other aircraft, like the CH-46 SeaKnight, which became the ‘Phrog,’ or the CH-53, which became the ‘Shitter.’ Occasionally you’ll hear someone call it the ‘Plopter’, but it really hasn’t caught on, except as an occasional joke.â€
Any advice to those working with the Osprey?
“Try to keep up. Seriously, though, my guidance for those planning to fly with the Osprey is to begin your mission planning with a clean sheet of paper. The Osprey isn’t a helicopter that flies fast. It’s an airplane that can land vertically.
The biggest mistake you can make is to treat it like just another rotorcraft. Whether that means you fly unescorted and use operational surprise, whether you coordinate a time-on-target CAS or artillery strike, use detached escort, etc…that’s all situationally dependent. The flexibility of the Osprey is one of its biggest assets, but it’s also a challenge for planners who’ve worked under the same paradigm for a long time.â€

What equipment would you like to see fitted to the MV-22?
“I’m not even as creative as the Bell-Boeing developers right now. Anything that could be installed on a light cargo aircraft can be put on an Osprey. Of course, the vertical landing capability means that those capabilities can be brought to environments that didn’t have them before, e.g. off amphibious ships and out of remote forward operating bases.
I think the MV-22 is capable of doing many of the tasks the Air Force AC-130 and the Marine Corps Harvest Hawk KC-130 aircraft are doing. It is definitely capable of providing close air support and other fires, especially in a low-threat environment.
Additionally, it’s supremely well-suited for other utility missions, e.g. command and control, surveillance, electronic warfare, and aerial refueling. The sky is the limit. It could be a drone mothership, an AWACs or E-2 type battle manager, whatever you want.
The big issue is not the technical feasibility of these, but investing in the resources to train pilots and aircrew in not just their primary assault support missions, but also the additional missions the Osprey is capable of.â€

How did the MV-22 do in Afghanistan- what were the biggest challenges and most notable missions?
“The V-22 built on the lessons learned in Iraq when it went to Afghanistan. It became more of a mainstay of Marine Corps assault support in Afghanistan, vice just a sideshow.
To be honest, neither conflict was one at which the Osprey was really going to demonstrate decisive advantages over helicopters. When there’s already a network of forward operating bases and the distances involved are relatively short, the Osprey’s advantage over traditional rotorcraft is reduced when compared to an amphibious assault or long-range crisis response scenario.
However as the war in Afghanistan wound down, the Osprey became a great platform for casualty evacuation. As the Marine Corps started to shut down FOBs, and the distances to medical facilities became greater, the “golden hour†could still be maintained. Helicopters couldn’t do that.â€
Carl is the Senior Columnist for Task and Purpose

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A B-52 pilot’s guide to modern fighters

 Keith Shiban flew the B-52 in the nuclear deterrent role, and in combat missions over Iraq. We asked for his assessment of a bomber pilot’s nightmare, the latest generation of fighter aircraft. His conclusion? He’s glad he’s retired! Over to Keith:Â
“As an old bomber guy, I write about fighter planes the same way I would about grizzly bears, biker gangs, and mafia hit-men. I’m no expert on any of them. I just know I wouldn’t want one coming after me. So here is one aviation geek’s look at what’s out there today and what’s coming in the near future.â€
Fifth Generation
“What sets these apart is that they all use some degree of “low observable†technology to enhance survivability. Other features include advanced engines with vectored thrust, the ability to cruise at supersonic speeds without afterburner, advanced radars that are hard to detect and advanced sensors and electronics to improve the pilot’s situational awareness. By this criteria, the only operational 5th Generation fighter is the F-22 Raptor.â€
F-22 Raptor

“This thing’s been in service for 11 years now? Damn, I’m getting old.
I’ll admit I was at first a bit skeptical of the F-22. Having talked to people that worked on the programme as well as people who have actually flown it has brought me around. Apparently it really is as good as they say it is.
I am told that four F-22s, if they are fully data-linked, can take on as many F-15s as you care to throw at them until they simply run out of missiles and go home. Yeah, it’s that good. It will see you long before you see it and your first indication that it’s in the neighborhood might be an AMRAAM missile in your face. Nasty.
F-22 tactics seem to involve flying at high speed at high altitude, which adds a lot of extra oomph to its missiles when they’re launched. The technical term is “kinematic advantageâ€. Think of it as giving the missile a big head-start on its way to the target. For example, the AMRAAM missile gets about a 40% range bonus when launched in this manner.
Ironically, this is how we thought air combat would be back in the 50s and 60s with supersonic jets firing radar-guided missiles from beyond visual range. It just took technology a while to catch up. Mind you the F-22 can still dogfight, but I would venture that if a Raptor finds itself in a visual dogfight something has gone very wrong.â€

Â
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“The only drawbacks that I know of are that the F-22 is expensive to operate and it is limited by how many missiles it can carry internally. To correct the second issue, there is talk of having other platforms carry missiles that the F-22 could target and launch remotely. That’s not as far-fetched as it sounds. Today everything is data linked together and newer missiles can be fired first and then locked on to a target.â€
Other weaknesses of the Raptor include: a poor range for its weight, absence of a helmet-cueing system and the use of rare and obsolete electronic components. Though cutting edge at the time, the man-machine is inferior to the F-35 and the Gripen E/F.

Sukhoi T-50/PAK FA

Gone are the days when Russia cranked out relatively cheap fighters like the MiG-21 in huge numbers. Today the T-50 is every bit as complex and expensive as its Western counterparts.
So expensive, in fact, that Russia is jointly developing it with India to defray some of the costs. This is similar to how Western fighters like the Typhoon have been developed.
The T-50 has some cool features. The engines will have vectored nozzles, similar to the F-22, but which can move in both axis. This will let them use vectored thrust for yaw and roll, unlike the on the F-22 which can only affect pitch axis.

On paper the T-50/PAK FA looks impressive but it’s still not an F-22. It has a radar cross section several orders of magnitude larger than the F-22. It’s stealthier than a 4th Generation fighter, but calling it a true 5th Generation fighter might be a stretch.

The engines, always a problem in fighter development, are apparently giving them some difficulty. The T-50 will initially fly with a variation of the Su-35’s engine, which is itself a derivative of the Su-27’s engine that has been around for a long time.
The Russian economy being what it is these days, they now plan on only building an even dozen of these between now and 2020. That’s way down from the initial plan of 52.
In summary, it’s a very expensive aircraft that may not live up to expectations. Where have I heard that before? Still, the fact that they’re even building something like this shows just how far they’ve come.
Chengdu J-20

“Gone are the days when China could only build copies of Soviet designs. They’re now building some pretty cutting-edge stuff of their own. The J-20 is one of them and could be operational around 2018.
The J-20 “Black Eagle†is a bit of an enigma. We’re not exactly sure what its intended role is. Or if we do we’re not saying. China certainly isn’t.
It’s big, stealthy and appears to have been built with range and payload in mind. That leads some to think that it’s primarily a long-range strike aircraft. However, it also appears to be built for maneuverability due to the canards and vectored nozzles. So perhaps it’s more of a heavy air-superiority fighter. Or maybe it’s both.
The big question seems to be, will the Chinese be able to develop a suitable engine for it? Currently it is powered by the WS-10 engine, derived from the commercial CFM-56. The production model is supposed to get the much more powerful WS-15 engine, assuming they get it working. In order to compete as an air-superiority fighter it will need the more powerful engine.
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I’ll go out on a limb here and say that the “Black Eagle†(cool name) probably won’t be a match for the F-22, but would definitely be a threat to US and allied fourth generation fighters in the Pacific Rim.
Its combination of range, speed and stealth would also make it a major threat to high value assets like tankers and AWACS. Without tankers, short-ranged fighters like the F-22 and F-35 would have a tough time operating over the vast distances of the Pacific.
Lockheed F-35 Lightning II

The F-35, depending on who you ask, is either the latest and greatest in fighter technology or an overweight, over cost, poorly performing testament to a bloated defence industry. If you’re looking for the definitive answer I’m afraid I don’t have it. One thing that everyone can agree on is that it’s expensive, behind schedule and very controversial.
I can safely say that it’s trying to do an awful lot with one aircraft. The F-35 will be built in three flavours to replace the Air Force F-16 and A-10, the Navy’s F/A-18 and the Marine’s AV-8B Harrier. That’s a pretty tall order.
Why are we doing this? The main reason is that air defences are getting to be really good. So good, that anything without stealth may be tactically obsolete in a few years, at least in a high-intensity conflict.
I would say that the most important feature of the F-35 is the electronics. Sensor integration on the F-35 is said to be even more advanced than the F-22.

F-35 detractors say it’s too expensive, too slow and can’t beat a ‘legacy’ fighter in a visual dogfight. An F-35 proponent would say that if an F-35 ever finds itself in a dogfight something has gone horribly wrong.
Keep in mind that the F-35 is not meant to be an air superiority fighter. It’s a multi-role aircraft. Perhaps a better description would be a strike aircraft that can protect itself if need be.
I can remember being told back in the 1980s that the F-15 and F-16 ‘wouldn’t work’ because they were too expensive and too complicated. That obviously hasn’t been the case. I think the same may someday be said of the F-35, but only time will tell.â€
 Generation 4.5

“Sometimes these are described as Generation 4.5 or ‘Fourth Generation Plus’ aircraft. That means they have most of the cool features of the Fifth Generation aircraft minus the stealth.
Depending on your point of view, that makes these either a more cost effective choice than the expensive stealth aircraft or they’ll just have really great situational awareness of the thing that kills them.
Dassault Rafale

“I admit I’m a bit of a Francophile, so that’s reason enough for me to like the Rafale. Plus it’s also a good looking jet and that’s got to count for something.
The Rafale came to be when the French pulled out of the Eurofighter programme and decided to go their own way. That sounds very French.
The Rafale frequently gets compared to the Eurofighter Typhoon, especially since both are heavily competing for export sales. Which one is better? I guess that’s kind of like asking which is the best car. It depends on what you want it to do.
From what I can gather, the Rafale is better than the Typhoon at the air-to-ground mission. It reportedly has a very good ECM package that lets it operate in places that might otherwise require stealth or a SEAD (suppression of enemy air defences) package.
Conversely the Typhoon is reportedly better in the air-to-air role due to its superior radar (editor notes: probably not true of AESA-equipped Rafales) and data-link capabilities. The Typhoon currently has better air-to-air missiles, but the French will soon equip the Rafale with the same missile (MBDA Meteor). For now the Rafale has to get by with the relatively short-ranged MICA.â€
Eurofighter Typhoon

“The Typhoon is a joint venture between the UK, Germany, Italy and Spain. This shows just how expensive modern jet fighters are. It would have been prohibitively expensive for any one European country to develop this aircraft on their own.
I don’t think the Typhoon is a pretty as the Rafale but it has a very futuristic look to it. Something about those squared off intakes and the downward canted canards.
I’m surprised that Germany bought off on the name ‘Typhoon’, since that was a British WWII fighter.(Ed: They haven’t really for just that reason, in Luftwaffe service it’s known as the Eurofighter).Â

Obviously I haven’t flown one of these, however if anyone wants to give me a ride in one I’m available. I’ll try not to throw up in it, honest.
The Typhoon’s list of features reads like an F-22 minus the stealth. Supercruise capability, extremely maneuverable, advanced radar (it is effective even though it is mechanically scanning) and sensors, advanced data-link. It even has voice recognition, like my phone, except I don’t use it because I’m old. Other than being expensive (and what isn’t these days) it sounds very impressive.
Certainly a number of countries have decided to purchase these. If you’re into the whole Anglo-French rivalry that’s been going on since the beginning of time, the Typhoon is outselling the Rafale by a sizeable margin.
Sukhoi Su-35Â

“It used to be that Russia built cheap, relatively unsophisticated fighters in large numbers. ‘Quantity has its own quality’ as the saying goes.
Today they are building very advanced (and expensive) aircraft that are close in capability to their Western counterparts.
The Su-35 is the latest variation on the tried and proven Su-27 Flanker. When the Russians build something that works they like to stick with it. Performance wise it stacks up very well against aircraft like the Typhoon and Rafale. Its avionics, while an improvement over older Russian aircraft, probably aren’t a match for the latest Western systems.
“The Su-35 makes me makes me glad I retired.â€
While it boasts exceptional maneuverability, especially at low speeds, what really impresses me about the Su-35 is the number of missiles it carries. With a load of up to 12 (count ‘em) air to air missiles of various types, it can present a serious threat.
One probable Su-35 tactic would be to send a salvo of missiles at you with different seeker heads. Light your afterburners to manoeuvre against the radar-guided missile? Guess what, there’s a heat-seeker right there with it. Turn on a jammer? Here comes the anti-radiation missile to home in your signal. Makes me glad I retired.

The other drawback to the Su-35 is that Russian aircraft really aren’t as reliable as you think they are. That at least has been the experience of the Indian Air Force, which operates both Russian and Western aircraft.â€
Saab JAS-39 Gripen

“Sweden may be officially neutral, but don’t confuse that with weakness. It’s more the ‘poke your nose in here and we’ll bite it off’ kind of neutrality. As such they’ve always maintained a very capable air force.
Saab has built some impressive fighters over the years and the Gripen is certainly impressive. Think of it as the “poor man’s Typhoonâ€. It can do most of what the Typhoon or Rafale can do for about half the cost. It’s cheaper to operate than even the ‘low-cost’ F-16.
It also has the advantage of being able to operate from roads and austere airfields.
In a ‘bang for the buck’ competition the Gripen seems to be the clear winner. Would you rather have three Gripens or a single Typhoon or Rafale?â€
Chengdu J-10

The ‘Vigorous Dragon’ (sounds like a superhero) is China’s first home-grown fourth generation fighter.
Just how home-grown it is depends on who you ask. Some claim it has its roots in the Israeli Lavi and US F-16. The Chinese claim it grew out of their own cancelled J-9 project. Who knows? It does look a bit like the Lavi, but different countries often reach the same conclusion on their own. It’s not like we’re the only smart people in the world.
It’s hard to guess just how capable the J-10 is since the Chinese are pretty secretive about their systems. On paper it seems to be in roughly the same class as an F-16C.â€
The Legacy Fighters

“The F-15/16/18 and A-10 have been around a long time, yet continuous upgrades have kept them relevant. It’s amazing just how good the F-15 has been for such a long time. We’re talking about a plane that first flew in 1972!
The question is, can these aircraft be kept relevant against the threats we’re likely to face? It all comes down to what you think we’ll be doing in the next ten years or so.
The stated case for the F-22 and F-35 is that something like an F-16, as good as it is, just won’t be able to operate in a future high-intensity conflict. Even if it was fully upgraded with the latest electronics, the argument goes, the lack of stealth would still render it vulnerable to modern air defences.
The opposing case would be: we’re not fighting a high-intensity conflict today, we’re bombing terrorists in the Middle East. An F-16 or an A-10 is almost overkill for that scenario.
Even in a future conflict the legacy fighters might be able to operate behind a “wall†of Fifth Generation aircraft. Once the defenses are neutralized an F-16 or F/A-18 is still a perfectly good strike aircraft.â€
Summary
“These comparisons tend to leave out one very important factor. It’s not just a battle between Fighter A and Fighter B, it’s a fight between two forces. You might read that Fighter A once beat Fighter B in some exercise but that doesn’t tell the whole tale.
Who has the better training? Who has the better tactics? How many hours a month do their pilots get to train? Who has the better Command-Control and Intelligence? What about AWACS and tanker support? Who has the better logistics? The best jet in the world won’t do much without spare parts to keep it flying. None of that is as sexy as dogfighting but it’s very important.â€
Creating Hush-Kit takes time and resources, if you would like to help us continue please hit the donate button on this page (we are unfortunately well behind on our fundraising efforts).Â
You may also enjoy 11 Cancelled French aircraft or the 10 worst British military aircraft, Su-35 versus Typhoon, 10 Best fighters of World War II , Su-35 versus Typhoon, top WVR and BVR fighters of today, an interview with a Super Hornet pilot and a Pacifist’s Guide to Warplanes. Flying and fighting in the Tornado. Was the Spitfire overrated? Want something more bizarre? Try Sigmund Freud’s Guide to Spyplanes. The Top Ten fictional aircraft is a fascinating read, as is The Strange Story and The Planet Satellite. The Fashion Versus Aircraft Camo is also a real cracker. Those interested in the Cold Way should read A pilot’s guide to flying and fighting in the Lightning. Those feeling less belligerent may enjoy A pilot’s farewell to the Airbus A340. Looking for something more humorous? Have a look at this F-35 satire and ‘Werner Herzog’s Guide to pusher bi-planes or the Ten most boring aircraft. In the mood for something more offensive? Try the NSFW 10 best looking American airplanes, or the same but for Canadians. 10 great aircraft stymied by the US.Â
You may also enjoy top WVR and BVR fighters of today, an interview with a Super Hornet pilot and a Pacifist’s Guide to Warplanes. Want something more bizarre? The Top Ten fictional aircraft is a fascinating read, as is The Strange Story of The Planet Satellite. Fashion Versus Aircraft Camo is also a real cracker.Â
10 most insane aircraft

As can be witnessed in popular political movements, insanity is very ‘hot’ this season. Stephen Caulfield from Suburban Poverty decided to leap on the bandwagon with this collection of 11 deplorables. Such was the quality of the entrants, even the remotely controlled stuffed cat pictured failed to make the grade.
10. Piaggio P.7

This is not a picture of a crashed aircraft waiting for a hoist out of Lake Como. The P.7 is seen here in pre-take-off position. The waterproof fuselage would lift up on hydroplanes as it moved forward. Pilots refused to fly it – the man who did try couldn’t get it to fly. Some things don’t really need to be explained.
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9. Fu-Go/Outward
Fu-Go balloons & Operation Outward

Women and schoolchildren built a large number of incendiary-carrying balloons entrusted by the Japanese army to the jet streams over the Pacific Ocean for delivery to North America. Such are the schemes of a dying empire. Over 9,000 were released, and they did kill people picnicking in Oregon. Fu-Gos were made from less strategic materials, including layers of mulberry-based paper squares secured with an edible glue (this programme was hampered by war-deprived workers stealing and eating said glue). This programme’s sheer insanity has brought it a certain legendary status. No, the Fu-Go bombs did not enter the dishonour roll of insane aircraft because they succeeded in burning down the forests of North America. They arrived as far away from Japan as Saskatchewan and Mexico, making them the first ever intercontinental strategic instrument of air power. They are insane in their own right.
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Did you know that Britain mounted a far greater balloon campaign against Germany during the middle of World War II? No, you didn’t. It was ten times bigger, and a lot more effective, but also insane. Both programmes offer proof that science is no guarantee against insanity.
The Royal Canadian Navy had to go out and blow up the last one of these things in 2014.Â
8. Chyeranovskii BICh-21

Here is an entry from that Fordist font of high function, the Soviet Union. Life is hard, da. Hence the expression ‘life’s a bitch’ (note from Editor: Jesus, I hoped you were going to avoid that pun). With any luck, and maybe a residential treatment programme, it might turn out to be a BICh-21 tailless racer from the 1930s. Being easy on the eyes and being insane don’t necessarily exclude one another. For further evidence of this phenomenon, enrol in a free online dating service immediately.
 7. Fieseler Fi 103R Reichenberg

Among the sorrowful artefacts and moments of the Third Reich, the manned version of the FZG-76/V-1 barely registers. It was really just another ersatz outburst (note: were Ersatz Outburst a Prog Rock band?) on the fanatical road to ruin, rubble and regret. That is to say, it was insane. Shades of the modern Middle East here – suicide as a tactical approach to lavishly equipped and larger opponents with all the advantages. Contemporary accounts rehashed for the digital era claim “it flew fairly wellâ€. There was an apparently mirthless notion that the pilot would aim his Reichenburg and bail out. But isn’t the round thing above the cockpit a pulse jet intake? Never used in action, but WTF?

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6. Lockheed Martin F-35 Lightning II ‘Joint Sunk-cost Fallacy’

Take a little bit from each of these entries and add eighty zillion lines of computer code. Seriously, it’s getting a little late in the day for the human race to be concentrating so much on high-tech weapons. Even if this flying laptop has a belly full of super secret weapons, that doesn’t mean it isn’t insane. Though in the last couple of years the general mood of the press has become more supportive of the F-35, the following quote from the US GAO should be considered: “DOD plans to begin increasing production and expects to spend more than $14 billion annually for nearly a decade on procurement of F-35 aircraft.â€
There are two ways you can look at the F-35: if you believe high-intensity war against an advanced enemy is a possibility, you may want to consider the fact that the Lightning II was conceived to be supported in war by large numbers of high-end F-22s to protect them from enemy fighters – but the Raptors weren’t ordered in large numbers. Or if you believe that low-intensity war against irregular forces in poor countries is the more likely, you may wish to question the use of aircraft of this level of expense and sophistication. And although programme supporters have been citing the sunk cost fallacy forever, there are at least three more questions you should ask:
1. Could the high levels of situational awareness and connectivity (neither of which the F-35 currently has, reliably) be retrofitted to older platforms?
2. How long have potential adversaries had to think about countering aircraft with reduced conspicuousness in the x-bandwidth?
3. Which threats could not be handled adequately by non-stealthy aircraft with stand-off munitions?
And we’re not being all loony-tunes Russia Today in asking these questions – there is certainly more than one high-ranking member of the US Navy that has come up with answers that would discomfort Lockheed Martin.
More cynical observers might note that nobody can afford, or needs, large numbers of stealthy tactical aircraft.
5. Boeing B-52 Stratofortress ‘Dr Strangehate’

No plane spotter or other type of aero enthusiast should ever be totally comfortable with their interest. There needs to be a little psychological ‘something’ present to remind them that expressions of military might are rooted in corporate power and abuse – and are a disaster for the human race. What can we label that little something? Label it insanity. Take a wild guess how many people this eight-engine monster has killed or hurt in the last 60 or so years. B-52s have killed in Vietnam, Cambodia, Laos, Iraq and Afghanistan. Over twelve days during the Vietnam War, B-52s dropped 15,237 tons of bombs.

In 1961 a B-52 broke up in mid-air over North Carolina. The aircraft was carrying two Mark 39 nuclear bombs, information declassified in 2013 revealed that one of the bombs came very close to detonating.
The list of accidents involving B-52s carrying nuclear weapons is also extremely scary. In 1961, a B-52 accidentally dropped a 3.8 megaton thermonuclear bomb on North Carolina! According to a bomb disposal expert who took part in the Goldsboro incident- “We came damn close to having a Bay of North Carolinaâ€. The destruction would have been greater than that of every explosive ever detonated in history combined and would have killed everyone in a 14 mile radius – with many more being killed by radiation and secondary fires. Fortunately the weapon did not explode. Nuclear warfare remains the most insane idea of all time. The concept of nuclear deterrence is equally whacko, and rests on the premise that a leader who deems genocide acceptable can be deterred by the threat of genocide. Thanks to the nuclear deterrent, the Cold War was a period of peace, completely free of proxy wars.
At this very moment the B-52 remains an instrument of nuclear annihilation by accident and intention, and for perpetual police actions. Insanity is nothing if not durable and easily scaled up.
4. Heinkel He-177 Greif

One risk with a list like this is a tendency to drift towards late Third Reich prototypes like the Natter and its ilk. Nonetheless, from this set of German wings, we just cannot look away. You see, when engineers and other technical adepts are yes-men locked in a military-industrial complex throwing big money at ill-advised, immoral aggressions, you better go to the basement and stay there.
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What a waste. A silly collection of specifications (including the expectation of an ability to dive bomb with over twenty-five tons of aircraft) resulted in major structural failures and fire-prone powerplants. The Greif typifies a couple of hundred completely whacked wartime crash programmes, and illustrates exactly why they are called that to this day. The Greif killed a huge chunk of the Luftwaffe’s test pilot cadre, probably some of the era’s best pilots. Also, it never really looked right from any angle. Insanity is a matter of perspective.

3. Piasecki PA-97 Helistat

Kiss your loved ones before you leave the house tomorrow morning. If they ask why you are crying, mumble ‘Helistat’ before turning your back on them for the last time. The Helistat concept was to combine the lifting abilities of four helicopters with a giant sausage (in fact a 1950s naval airship) full of helium to allow the transport of massively heavy payloads. Test flights were made from the Naval Air Engineering Station Lakehurst in New Jersey, using the ancient airship hangars. At 343 feet (104.54 metres) long, it was the largest aircraft in the world when it first flew in 1986.
On 1 July 1986, a gust of wind rocked the test aircraft, causing it to move across the ground. This in turn caused the undercarriage to shimmy uncontrollably, which led to ground resonance (an unwanted phenomenon whereby the helicopter rotors oscillate in phase with the frequency of the helicopter shaking on its undercarriage – Wiki rather neatly compares this to when clothes get stuck in one part of a washing machine during the spinning cycle). This shook one of the helicopters off its mounting, whereupon its rotors slashed the gasbag, causing the remaining three helicopters to break free. One pilot was killed, and the project was scrapped. Today, Piasecki is interested in returning to the concept with an even bigger helistat.
See the ten coolest cancelled helicopters here.Â
2 . Fly-powered art aircraft ‘Wasp Factory-build’
Sometimes life finds us riding a bus at night, crying and laughing simultaneously. Other times, we stay in and build powered model aeroplanes. Animals are put on this Earth for our entertainment, apparently. You can see the aircraft here.
At least no death is involved here, unless you count the flies.
1 – Yokosuka MXY-7 Ohka ‘cherry blossom’

A ‘manned bomb’ with three solid fuel rockets, and yet so much more. Let the term ‘manned-bomb’ term sink in a little, maybe even say it out loud to yourself if there’s no-one else in the room. The ‘cherry blossom’ looks a bit like a spritely orange prop reject from a Star Wars movie. Cute, yes – but thoroughly insane. These desperate things actually entered service and rearranged several United States Navy vessels (there was over a ton of explosives inside each one). It flies straight into its target.
It’s hard to know the exact calculus involved in determining the difference between a heroic dangerous assignment in war and an inhuman act of forced martyrdom – however you do the maths, being an Ohka pilot was a shitty posting.
Stephen Caulfield cleans limousines around the corner from what was once the Avro Canada plant.  He appreciates writing, art, aeroplanes and the tragic nature of modernity in pretty much equal parts these days. His contributions to Hushkit.net have included the very tasteless The top popstar-killing aircraft manufacturer of all time, the bizarre Top ten most-whacked undercarriage, the widely discredited Bermuda Triangle  and this lovely ode to the C.102 jetliner.Â
Keep this blog alive!
To keep this blog going – allowing us to create new articles – we need donations. We’re trying to do something different with Hush-Kit: give aviation fans something that’s entertaining, surprising and well informed in equal parts. Please do help us and click on the donate button above – you can really make a difference (suggested donation £10).
You will keep us impartial and without advertisers – and allow us to carry on being naughty. A big thank you to all our readers.
You may also enjoy Ten incredible cancelled Soviet fighter aircraft, Ten worst Soviet aircraft, Ten incredible cancelled military aircraft, Fighter aircraft news round-up,  11 Cancelled French aircraft or the 10 worst British military aircraft, Su-35 versusTyphoon, 10 Best fighters of World War II , Su-35 versus Typhoon, top WVR and BVR fighters of today, an interview with a Super Hornet pilot and a Pacifist’s Guide to Warplanes. Flying and fighting in the Tornado. Was the Spitfire overrated? Want something more bizarre? Try Sigmund Freud’s Guide to Spyplanes. The Top Ten fictional aircraft is a fascinating read, as is The Strange Story and The Planet Satellite. The Fashion Versus Aircraft Camo is also a real cracker. Those interested in the Cold Way should read A pilot’s guide to flying and fighting in the Lightning. Those feeling less belligerent may enjoy A pilot’s farewell to the Airbus A340. Looking for something more humorous? Have a look at this F-35 satire and ‘Werner Herzog’s Guide to pusher bi-planes or the Ten most boring aircraft. In the mood for something more offensive? Try the NSFW 10 best looking American airplanes, or the same but for Canadians. 10 great aircraft stymied by the US.Â

Generation Xbox may kill you: Why you SHOULD be afraid of flying

Do commercial pilots know what they’re doing? Flight Safety expert Philip Chandler believes many airline pilots have lost basic skills that save lives in emergencies.
“In the final few days of 2014 an A320 of Air Asia flew into the Java Sea killing all 162 on board. What had been a perfectly airworthy jet with a minor system fault had fallen in a stalled condition from 28,000 feet with the Captain pushing the stick forward to regain airspeed and the Co-Pilot pulling back; the aircraft’s flight control system had detected conflicting signals, and taken the democratic decision to let them cancel each other out- the result was none of the aircraft’s control surfaces (the flaps and assorted moving parts that steer the aircraft) moved. If this seems familiar, it’s because only five and a half years earlier Air France 447 from Rio de Janeiro to Paris had plummeted in to the Atlantic with the same confusion in the cockpit. Although both accidents had their roots in minor technical faults, the aircraft flew into the seas as a result of crews’ dependence on automation – and ignorance of what to do if things go wrong. The crew failed to carry out correct actions that even the private pilot of a light aircraft would be expected to get right.

As isolated incidents these two events would be bad enough, however Loss Of Control Inflight (known as LOC-I ) is now the leading cause of fatalities on modern airliners. Since 2006 43% of fatal incidents on airliners have been due to the inability of the aircrew to operate the aircraft. Nor is it an Airbus issue, Asiana managed to bounce a 777 along San Francisco airport after the crew, including a training captain, failed to understand the autopilot logic and stalled on short finals. Three of the 307 aboard were killed, two of whom were notably not wearing their seat-belts and were flung clear of the wreckage suffering blunt force trauma, possibly from being run over by a fire tender.
Nor does it only affect fixed wing aircraft, in August 2013 a Super Puma of the CHC Helicopter Corporationcrashed just short of Sumburgh Airport after entering a vortex ring state, where the aircraft is trapped in a column of descending air of its own making. In that case the crew had again failed to fully understand the workings of the automatic pilot and had allowed the aircraft to get too slow with too little power available to maintain height. This of course being only one of many possible ways to suffer a fatal accident in a Super Puma the numerous technical failings the type has suffered in the last decade being worthy of an article on their own. Hint hint (OK Philip, go for it. Ed)
Although accidents can happen at any stage of the flight only around 24% of fatal accidents occur while an aircraft is cruising, the time to really worry is during the final approach and landing. During this phase of the flight 49% of fatal accidents take place, accounting for 47% of the 3191 deaths that have occurred since 2006. Just to prove that you can’t relax once the aircraft is on the ground 20% of deaths occur because the aircraft runs off the runway, lands abnormally or the pilots just miss the big ass piece of tarmac they’re supposed to land on. As recently as 5 August 2016, a Boeing 737-400 of ASL Airlines failed to stop on Bergamo’s 9209 foot runway and instead ended up straddling a dual carriageway another 900 feet further on. Fortunately it was a freighter operating for DHL so there were no passengers to worry about and both crew survived (the aircraft on the other hand may need a bit of a polish before re-entering service). Slightly further back in April 2013, a Lion Air 737 landed in the water 0.6 nautical miles short of the seawall that protects the runway threshold. In that case the crew continued to descend below the minimum safe altitude despite not being in sight of the runway. When they finally made the decision to go around they were far too low and only the shallowness of the water prevented any fatalities.

Is too much automation to blame? Probably not, aircraft accident rates in commercial aviation have been decreasing as automation has allowed aircraft to be operated more efficiently than ever before. However, this has removed the onus on aircrew to maintain core flying skills with the so called ‘Children of the Magenta’ blithely following the lines presented to them on the in cockpit displays and successfully completing hundreds of flights. But when something does go wrong many lack the basic skills required to fly the aircraft and make the wrong decision when faced with the unexpected. The miracle on the Hudson and the successful end to QF32, an A380 that suffered an uncontained engine failure, were in no small part due to the training and experience the crews had that allowed them to Aviate, Navigate and Communicate when things started to go wrong. Unfortunately, although many fine websites exist that allow you to determine the best seat to choose for any flight, the author has yet to find one that gives you a detailed breakdown of the flight decks experience levels.
Current trends since 1999 indicate that on average there are 4.14 hull loss accidents per million departures, leading to 32 fatalities per million departures. With nearly 38 million scheduled flights per year that’s a decent line in revenue for Boeing and Airbus in replacing lost aircraft. With an annual average of 1233 deaths in commercial accidents it is however fair to say that no matter how terrifying the flight may seem, you’re significantly more likely to die on the drive to the airport than on the actual flight. In the UK alone there are an average of 2500 road traffic deaths a year. So maybe catch the train to the airport next time.â€
Since working in Flight Safety, Philip Chandler regularly Googles airline safety records before booking flights.
Keep this blog alive!
To keep this blog going- allowing us to create new articles- we need donations. We’re trying to do something different with Hush-Kit: give aviation fans something that is both entertaining, surprising and well-informed. Please do help us and click on the donate button above – you can really make a difference (suggested donation £10). You will keep us impartial and without advertisers – and allow us to carry on being naughty. A big thank you to all of our readers.
You may also enjoy 11 Cancelled French aircraft or the 10 worst British military aircraft, Su-35 versusTyphoon, 10 Best fighters of World War II , Su-35 versus Typhoon, top WVR and BVR fighters of today, an interview with a Super Hornet pilot and a Pacifist’s Guide to Warplanes. Flying and fighting in the Tornado. Was the Spitfire overrated? Want something more bizarre? Try Sigmund Freud’s Guide to Spyplanes. The Top Ten fictional aircraft is a fascinating read, as is The Strange Story and The Planet Satellite. The Fashion Versus Aircraft Camo is also a real cracker. Those interested in the Cold Way should read A pilot’s guide to flying and fighting in the Lightning. Those feeling less belligerent may enjoy A pilot’s farewell to the Airbus A340. Looking for something more humorous? Have a look at this F-35 satire and ‘Werner Herzog’s Guide to pusher bi-planes or the Ten most boring aircraft. In the mood for something more offensive? Try the NSFW 10 best looking American airplanes, or the same but for Canadians. 10 great aircraft stymied by the US.Â
Air Asia Accident Report
Sources:
Air France Accident Report
https://www.bea.aero/docspa/2009/f-cp090601.en/pdf/f-cp090601.en.pdf
Asiana Accident Summary
http://www.ntsb.gov/news/events/Pages/2014_Asiana_BMG-Abstract.aspx
CHC Accident Report
https://www.gov.uk/aaib-reports/aircraft-accident-report-aar-1-2016-g-wnsb-23-august-2013
ASL Accident Details
http://avherald.com/h?article=49c27d0c
Lion Air Accident Report
http://asndata.aviation-safety.net/reports/Indonesia/20130413-0_B738_PK-LKS.pdf
The opinions expressed in this article are those of the author and not Hushkit.net
Breaking news: Boeing T-XÂ revealed

Lockheed Martin releases new T-50 promo film
Shocking revelation in Indian Rafale fighter jet deal

NEW DELHI:  Long rumoured to be imminent, the Indian Air Force’s attempt to buy 36 Rafale fighter aircraft from French aerospace giant Dassault has been rocked by a revelatory press conference held this morning in New Delhi.
According to a Government  spokesperson, “The contract and the inter-governmental agreement have dragged on for so long – and have been quoted as imminent as so long- that we started to suspect foul play. An investigation revealed that negotiations were partly led by a company known as Vasdu Holdings.†Investigation of this shadowy firm’s involvement in the Rs 55,000 crore (7.3 billion Euros) deal led members of Indian’s Procurement Supervisory Board to Hollywood. It is here that the Managing Director of Vasdu Holdings lives – but who is he? One C.A Kutcher. If that name is familiar it is because it is that of Christopher Ashton Kutcher, the film star and famous prankster.

During today’s press conference the 38-year-old hunk revealed that the Indian Rafale deal was a prank, one that went wildly out of control: “The medium fighter contest was started as a joke to conceal David Hasselhoff’s motorcycle, but it spiralled out of control. Soon we had the biggest arms manufacturers in the world queuing up try and sell us their planes. I was like, ‘dude- this is literally off the hook crazy- but man let’s ride it out’.â€
The first the 64-year old actor and singer David Hasslehoff knew of the joke was when representatives of Russian aircraft manufacturer RSK MiG were found in his garage trying to integrate R-77 missiles onto his Harley-Davidson Roadster. Kutcher was now in hot water, and the situation was only getting worse – as Heads of state flocked to Indian to woo the Government with grand promises in an attempt to seal the deal, he knew he had to do something. Indian’s Medium Multi-Role Combat Aircraft (MMRCA) competition hit big delays in 2007 as Kutcher was busy filming romantic comedy ‘What Happens in Vegas’ with Cameron Diaz. On 31 January 2012, it was announced that the Dassault Rafale had won the contest, defeating the Eurofighter Typhoon (the Gripen NG, MiG-35, F/A-18 and F-16E had already been dismissed from the evaluation).

“Shit was now real, and I felt like I couldn’t back down. I knew if I kept a poker-face Hasselhoff would look like a total dick. To buy time- I’d already added like a million delays- I scrapped the MMRCA last year citing deadlock over Dassault’s refusal to take responsibility for the 108 jets to be made in India. I said that the Government had decided to go instead for direct purchase of 36 Rafales during the Modi-Hollande summit in Paris. I have managed to delay and delay the deal but now feel I must confess that the whole deal was a joke that got out of hand. I sincerely hope that India taxpayers, the French Government and David Hasslehoff have the good grace and sense of humour to forgive me my greatest prank.â€Â
To keep this blog going- allowing us to create new articles- we need donations. We’re trying to do something different with Hush-Kit: give aviation fans something that is both entertaining, surprising and well-informed. Please do help us and click on the donate button above – you can really make a difference (suggested donation £10). You will keep us impartial and without advertisers – and allow us to carry on being naughty. A big thank you to all of our readers.
You may also enjoy 11 Cancelled French aircraft or the 10 worst British military aircraft, Su-35 versusTyphoon, 10 Best fighters of World War II , Su-35 versus Typhoon, top WVR and BVR fighters of today, an interview with a Super Hornet pilot and a Pacifist’s Guide to Warplanes. Flying and fighting in the Tornado. Was the Spitfire overrated? Want something more bizarre? Try Sigmund Freud’s Guide to Spyplanes. The Top Ten fictional aircraft is a fascinating read, as is The Strange Story and The Planet Satellite. The Fashion Versus Aircraft Camo is also a real cracker. Those interested in the Cold Way should read A pilot’s guide to flying and fighting in the Lightning. Those feeling less belligerent may enjoy A pilot’s farewell to the Airbus A340. Looking for something more humorous? Have a look at this F-35 satire and ‘Werner Herzog’s Guide to pusher bi-planes or the Ten most boring aircraft. In the mood for something more offensive? Try the NSFW 10 best looking American airplanes, or the same but for Canadians. 10 great aircraft stymied by the US.Â

Separated at birth: Bloodhound SSC and Ryan AQM-91 Firefly
The Irony of Fate: The World’s Coolest Airliner- the Tu-134
New Year’s Eve, and vodka-sozzled Zhenya Lukashin departs Moscow in a Tupolev Tu-134. Zhenya is the central character in the 1976 Soviet romantic comedy The Irony of Fate, or Enjoy Your Bath! (Ð˜Ñ€Ð¾Ð½Ð¸Ñ Ñудьбы, или С лёгким паром!). Zhenya has left the snowy concrete jungle of Moscow for the identical snowy concrete jungle of St. Petersburg. The brief external shots of the aircraft in flight, with their distinctly dodgy special effects, have a certain magic about them. Though his destination may have been as dire as his point of departure, and his journey a soporific flight of drunkenness, the aircraft (at least the exterior) itself is decidedly otherworldly.
The Tu-134 is a twin-engined airliner in the same category as the equally attractive Caravelle. Its racy appearance is largely due to dramatically raked back wings set at an even more extreme angle than Britain’s exceptionally fast VC10. The 35 degrees of sweep was a ‘magic angle’ recommended by the central aerohydrodynamic institute (TsAGI) that was also adopted by the Tu-95 bomber.
Best of all, the Tu-134 had a drag ‘chute! This very unusual feature, shared with its Tu-144 stablemate, was replaced with thrust reversers in later models.
The Tu-134BSh variant had a long pointed nose containing the same radar as the Tu-22M bomber. This elongated nose, not found in a breakfast like Gogal’s (to over-bake a Russian cultural reference), was fitted to train crewmen for the complex bomber. More importantly, it looked fantastic and not entirely unlike Herge’s Carreidas 160.
The Tu-134 was a great aircraft, built in large numbers, far more comfortable and efficient than earlier Soviet jetliners. Noise restrictions eventually killed the type (at least for Western operations) though dozens endure the Eastern elements as gate guards, bars and occasional rusting waste in remote locations across the former USSR and satellite states.Â
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You should also enjoy our other Top Tens! There’s a whole feast of fantastic British, French, Swedish, Australian,Japanese , Belgian,  German and Latin American aeroplanes. Want something more bizarre? The Top Ten fictional aircraft is a fascinating read as is the Top Ten cancelled fighters.
Read an interview with a Super Hornet pilot here.
Radical new upgrades to the F-35 announced
According to a report released by the Government Accountability Office there is a severe risk that observers will be bored with the F-35 before it even achieves Initial Operating Capability. The Lockheed Martin F-35 Lightning II project is the biggest military procurement deal in history, with a total programme cost estimated at over one quattuordecillion dollars over the aircraft’s anticipated 25 year service life.
The report released on Tuesday, pours cold water on the upbeat progress reports propagated by manufacturer Lockheed Martin. An excerpt from this damning document reveals that “Public interest in the aircraft, after years and years and years of print and on-line articles has diminished any curiosity left in the heart of anyoneâ€. More alarmingly, even pilots of the stealthy fighter jet are growing weary of thinking about the so-called ‘Gray Slug’, and there is a severe risk that some will fall asleep at the controls. One USAF servicemen, who spoken on conditions of anonymity, noted that “It’s not the fastest airplane, or the most colourful, or the best-looking – and I’m sure as hell bored of reading about it. I’ve tried pinching my hand during sorties to stay awake – I’ve even tried playing Snake on the helmet system, but it was too juddery to get a good score…like many I’ve applied to transfer to a tanker unit in the hope of a little more adrenaline.â€
Aviation journalists, when not collecting Northrop Grumman lanyards at air shows, have also expressed exhaustion. One journalist we talked to at the Farnborough Air-show opined that “Block this, Block that, budget this, budget that…I can’t bear to read or write another single word on the bloody thing. I like that Russian one though, the one that looks like a YF-23 and doesn’t workâ€, he later added- “Oh yes, and that Chinese Firefox one named after the juice drink is cool too†before disappearing to the stall of a Dutch manufacturer of ball bearings to get a free sandwich and pen.
With so little interest in the type, Lockheed Martin is preparing to ‘sex it up’ by adding silicon breasts and a rubber penis as part of the low rate initial production (LRIP) 8X phase of the project.
European fighter houses are watching these developments with curiosity and many expect that Saab is soon to counter with a completely topless Gripen that can blow smoke-rings out of a recently developed 3D vectoring nozzle. Eurofighter are planning a big sombrero for the Typhoon, but are yet to reach agreement (or funding) from the client nations.Â
The two most beautiful machines of the 20th Century
F-4X PHANTOM III: The swing-wing Phantom
The US Navy’s F-111B project was looking distinctly shaky in the mid-1960s. It was too heavy and too sluggish, so the Navy looked around for alternatives, a search which would eventually led to the Grumman F-14 Tomcat. The McDonnell company offered an unsolicited solution, a variable geometry wing variant of the hugely successful F-4 Phantom II. An assessment of this proposal, given the provisional designation F-4 (FV)S, revealed that this it was lacking in several key areas, notably combat effectiveness: the AN / AWG-10 radar and AIM-7F missiles would be a significant downgrade from the desired AN /AWG-9/AIM-54 combination. Scorned by the Navy, McDonnell offered the aircraft to Britain as a cheaper alternative to the Anglo-French AFVG then under consideration. This aircraft would have been powered by the British Rolls-Royce RB-168-27R  and given the designation F-4M (FVS). This promising project never left the drawing board.
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