My main objection is people blindly following the LM marketing without thinking about what is happening.
LOL. Just because we disagree with you does not mean we are “blindly following” anything. Your constant reversion to conspiracy theory and personal attacks on everyone else wears very thin.
Capability? The main focus of the JSF is to attack ground targets in a heavily defended airspace,
Not true at all. This is a canard totally unrelated to the actual design missions specified at the start of the JAST and later JSF program. The core mission being a multi role mission where the aircraft has to defeat air and ground threats.
PS I will endeavour to upload an image of this mission profile. Added the JAST mission profile which lead to the JSF core mission profile.
UCAV's provide the same or better capability to attack those targets without the risk of losing a pilot or having one captured, and cruise missiles really are a better alternative as mentioned above.
LOL. A UCAV may be a better option in 10-20 years when one has actually been developed and fielded. Until then this is just wishful thinking. Write it up for the objective force but don’t confuse it with current forces. As for the ‘superiority’ of cruise missiles such an argument overlooks the need to find targets and to provide enduring presence. If you want to pull a Duncan Sandys of the 21st century and declare the future is all missile then please do so. But that isn’t the anti F-35 argument you and others have been making to date.
In a supersonic dash situation the JSF becomes the short legged one, it is not designed to be 'comfortable' in the supersonic regions,
Sure and its also not designed to be a fighter in the 1950s so its not a huge problem. The F-35 will operate in a system including considerable situational awareness from other assets. In the case of the RAAF these will include AEW&C and JORN. Under these circumstances there is sufficient advanced warning to avoid the need for frequent and sustained supersonic dashing.
this becomes an issue across the top of Australia because of its size,
LOL. Apart from the fact that the ADF is no longer postured to defend the north of Australia because there hasn’t been a threat since 1943 this argument is bogus. Long range sensors provide sufficient warning to provide response at a stately subsonic cruise. Air Power Australia had to invent the craziest scenario ever offered to make an argument needed for supersonic cruise across the north of Australia. It was Mars Attacks stuff.
netcentrically its good. having stealth is useful, but not at any cost.
Good thing it isn’t at any cost and considering the fundamental importance of stealth it is actually necessary at any cost. The F-35 can only be detected by radar at 20% or less of the range of aircraft like the Typhoon. This is a huge advantage that totally counters the enemies situational awareness.
Cost? is much higher than we signed up for.. Typhoon costs around $88m USD now. JSF is 20% higher and still climbing, I think we cover this earlier when you were stating it was cheap at any price.
Well if you compare non contextual figures you can achieve almost any outrageous ratio. So, taking your figure as a certain, 260 units (55%) into its production run the Typhoon flyaway cost is down to $88m (~2010 TYD) so in order to compare this to the F-35A it needs to be at a similar position half way through production and you need to baseline inflation. So using data from the latest F-35 SAR that would be F-35A no. 970 which is due to be produced in 2026 which is costed at $67m total flyaway cost per unit in 2002 BYD which factoring in USD inflation comes in at $81m today which is actually cheaper than your Typhoon…
BTW the (admittedly rough)cost to buy all the fuel for 2400 JSF's for the next 30 years is ~$36 to $50B USD, hardly the major portion of the Trillion $ sustainment.
Did you calculate this yourself? Let me guess… 6,000 lbs of fuel per hour, 200 hours per aircraft per annum, 2,400 aircraft, 30 annums: which is 39.3 million tonnes, which at a cost of $1,000 a tonne equals roughly your $36 to 50 billion figure. But did you think there might be inflation? Considering the report in question stretches out to 2065 and during that time there will be over 106,000 F-35 years in the US forces (factored in build up rate) this will require a gross total of 58 million tonnes of fuel. If the current rate of jet fuel inflation was to continue (40% per annum, which has been sustained for 10 years) then the cost of this fuel will be $4,500 per tonne in 2035. Even if this to be the peak cost of jet fuel and sustained from 2035 to 2065 the price of fuel for the US DoD F-35s up until 2065 would be $265.5 billion. If inflation of jet fuel was to continue from 2035 to 2065 at 5% per annum (thanks to next generation nuclear reactor process heat converting coal to synthetic fuels) then the total cost of US DoD F-35 fuel to 2065 would be $560 billion. So you start to see where a trillon dollars comes from…
Industrial? Unmatched capacity for smaller nations like Australia to be involved in production efforts of modern fighter aircraft via the partner system. Thats bull! any of the real goodies are hidden behind 1 billion dollars of security sealed boxes, if you want to be relagated to tin bashing ( or plastic wrestling) then JSF is Ok, if you wanted real partner status with access to the codes and real high tech development work then Typhoon would be a better choice and you would have got teir 1 status.
Hmm what happens to the Australian aircraft industry when its all over, you have been screwed over, your not getting the high value stuff thats going to be in demand in 20 years, your industry was seduced by the thought of 3000+ jsfs and providing the plastic screw covers and warnining stickers would earn more than writing source code or AESA dev.
LOL. Fantasy overdose. In case you didn’t notice Australia didn’t just design and build the Hornet and F-111. This is not 1952 when we are signing up to a re-engining of the Sabre rather than building our own CA-23. Your amazing fantasy about tier 1 in Typhoon is staggering. Even if we were we would just be buying the best of 1980s Britain. Yay. Really all we would be doing is assembling knock down kits and going as far with it as we did with similar from the Hornet and Miro. And even worse it wouldn’t be state of the art. Like building Miros in the 1970s.
So to date you’ve made no real argument over capability, cost or local participation. But you have been very illuminating about the simplistic notions and fantasies that support your worldview.