Lockheed Martin F-35 Thread

In his opening remarks, Garamendi voiced his concern that the services aren’t properly resourced to keep sustaining older systems, even as preparations are made for new ones. He’s worried about “overly-optimistic timelines” for introducing new platforms, and not having infrastructure in place to keep old ones going until the new ones arrive. At the same time, he said he’s frustrated that the services “pay a premium for old technology that is less capable, not fuel-efficient, dependent on a limited network of suppliers, and reliant on obsolete manufacturing processes.”

[...]

“We must ensure we can hire and train the next generation in a timely fashion,” he said. Kirkland replied that the Air Force has numerous intern, STEM, and scholarship programs with schools in the areas around its major depots to attract new line workers. The average age of employees in Air Logistics Centers is 44.5 years, he noted.


Notice:
Kirkland, Garamendi said, “The Air Force is going to have a large number of new platforms, extremely sophisticated platforms,” in the coming years, some of which are “still classified.” The committee needs to know, he said, “What are your maintenance demands for those new platforms,” so Congress can help prepare the service to care for them? He wants the Air Force to provide an integrated maintenance plan within the next three or four months.
 
The UK Strategic Defence Review has committed to buying additional F-35B above the original Tranche of 48 already accounted for, it didnt say how many and didn't commit to the original 138 planned but it should give us the 4 squadrons worth that are required for the Carrier Strike capability (plus training, spares & repairs)
 
The UK Strategic Defence Review has committed to buying additional F-35B above the original Tranche of 48 already accounted for, it didnt say how many and didn't commit to the original 138 planned but it should give us the 4 squadrons worth that are required for the Carrier Strike capability (plus training, spares & repairs)
As Thorvic correctly stated, the RAF is going to purchase more than the initial order of 48. However, most news sites are saying the contrary.

https://ukdefencejournal.org.uk/uk-to-increase-f-35b-fleet-beyond-48-jets/
 
Why is fixing the troubled software development for this program proving to be such a great challenge? Seems to have been a bottleneck for this program since AA-1 first flew.
Possible Skynet infiltration?
 
I think the sensor integration level was just too ambitious and that relatively minor changes have too many knock on effects through out the larger system.
 
Why is fixing the troubled software development for this program proving to be such a great challenge? Seems to have been a bottleneck for this program since AA-1 first flew.
The software fixes needed new microprocessors... At least some of the fixes. When I develope a module for a vehicle i spec out 25% excess capability than needed to avoid this problem.
 
Cavour carrier successfully completed the compatibility tests, achieving its certification. Now is heading back to Norfolk.

 
^ any pics or videos of the F-35B taking off from Cavour with a full load (external and internal)? I read somewhere that they did monster mode tests, which I assume means full external and internal
 
thanks, also found some more via alert5

210320-D-ZB537-1002.jpg



here is one taking off with 4 bombs, and i guess 2 more bombs and 2 missiles inside the bay and full fuel. i wonder how many of those stobar jets can do that too from the same distance. (honest question not a statement)
210315-D-ZB537-1003.jpg
 
A pair of F-35s can strike multiple targets in a contested environment with no support save, perhaps, a tanker. To get two conventional fighter jets to a similarly contested target requires 10 to 20 additional aircraft. The strike jets must be accompanied by other planes to jam enemy radar, defend the attackers, and provide situational awareness. So even if the F-35 costs twice as much per flight hour as an F-16—it’s less than that, in fact—it’s still the more cost-effective option. Buying F-35s eliminates the need for other aircraft and the personnel, acquisition, training, and logistics that go with them. No economic argument against the F-35 is viable without that calculus.

 
I have difficulty with stealth characteristics while carrying a heavy weapon load, how does the fully loaded F-35 compare to a fully loaded Viper?
 
I have difficulty with stealth characteristics while carrying a heavy weapon load, how does the fully loaded F-35 compare to a fully loaded Viper?
Logically F35 would still be better, but probably not by much. But thats not the rational, idea is on day 1 your F35 goes in stealthed, with maybe 2 weapons, thus clearing the way for later F35 flights with external stores, once radars are destroyed etc.
 
Ta, folks. What anti radiation weapons fit in the weapons bay? Taking out the radar sites would need that sort of ability on day one to enable the following days to be dedicated to support and anti air missions.
 
Ta, folks. What anti radiation weapons fit in the weapons bay? Taking out the radar sites would need that sort of ability on day one to enable the following days to be dedicated to support and anti air missions.
AARGM-ER is planned:

 
Ta, folks. What anti radiation weapons fit in the weapons bay? Taking out the radar sites would need that sort of ability on day one to enable the following days to be dedicated to support and anti air missions.

None at the moment. An advanced, faster version of AGM-88 goes into production soon and will enable the F-35 to be easily the most capable SEAD aircraft in the world.
 
Why is fixing the troubled software development for this program proving to be such a great challenge? Seems to have been a bottleneck for this program since AA-1 first flew.
The software fixes needed new microprocessors... At least some of the fixes. When I develope a module for a vehicle i spec out 25% excess capability than needed to avoid this problem.
Maybe too many programmers used to making Windows bloatware.
 
Ta, folks. What anti radiation weapons fit in the weapons bay? Taking out the radar sites would need that sort of ability on day one to enable the following days to be dedicated to support and anti air missions.
AARGM-ER is planned:


Isn't that what SPEAR3 is for too Greg ?
 
SPEAR-EW I believe you mean - that is an option for the RAF ones at this stage as I understand it. Not sure if anyone else has shown interest yet.

 
The other thing to consider is that if the aircraft itself can geo locate the emitter with good precision (likely with the help of other aircraft from the formation), an ARM type seeker is unnecessary. If the target is sufficiently localized, something with IIR or millimeter wave radar and lock on after launch capability is fine. I suspect AGM-88G as fitted to an F-35 would generally be used that way, though for self defense purposes the the passive RF search would be needed for a quick responses to sudden threats.
 
Hmmm...makes we wonder if thought has ever been given to an ARM version of AIM-132 ASRAAM or AIM-9X - essentially a modern day AGM-122 Sidearm.
 
SPEAR-EW I believe you mean - that is an option for the RAF ones at this stage as I understand it. Not sure if anyone else has shown interest yet.

Thought so --thanks
 
More details on F-35's tail planes production in Belgium:
Cette joint-venture doit permettre aux trois industriels concernés de fabriquer « de 300 à 400 » empennages horizontaux (en jargon des « Horizontal Tail Planes », HTP) pour les F-35 Lightning II destinés à l’exportation et fabriqués par Lockheed Martin ou des partenaires – ces avions sont aussi assemblés en Italie et au Japon. Ce contrat devrait avoir une valeur de 300 à 400 millions d’euros sur une quinzaine d’années, selon M Delvaux.
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This joint venture [b/w Asco, Sabca and Sonaca] should enable the three manufacturers concerned to manufacture “from 300 to 400” horizontal tail units (“Horizontal Tail Planes”, HTP) for the F-35 Lightning II intended for export and manufactured by Lockheed Martin or partners [...]. This contract should be worth 300 to 400 million euros over fifteen years, according to Delvaux.

 
[Ret. Gen. Deptula]
On the opening day of Operation Desert Storm, 20 stealthy F-117s attacked 28 separate targets; it took more than 40 non-stealth aircraft to strike a single target in the same time frame. Any reasonable cost calculus must therefore include a cost-per-effect analysis, comparing not just the unit cost per aircraft but also the number of aircraft needed to deliver an effect in an operational context. On a cost-per-effect basis, the F-35 is clearly a better value than any other combat fighter available today or within the next decade.

While the F-35 has experienced its share of developmental problems, with some still in play, the aircraft is doing well enough to deploy to combat. The reality is that it is advancing a broad range of new technologies and that is a challenging task. These hurdles are not dissimilar to those that the F-15 and F-16 experienced during their entry to service but are now hailed as great successes. When I was first flying the F-15 in the 1970s over half the fleet was grounded due to a lack of operable engines. At one point multiple F-16s were crashing each month. These challenges were solved, as will those facing the F-35.

 
The flexibility which the B provides is an inherent advantage in the Pacific, with its rich tapestry of islands from which to operate to have the unique “F/A/E -35B” integrate into the emerging Kill Webs as expressed by Rear Admiral Manzer.
[...]
Lt. Col. Bardo, the CO of the VMF-121 Green Knights squadron:
“CAS is considered doctrinally a function which operates only in a permissive air environment.

We can expand CAS to deal with a much wider range of situations than when we would simply operate in a permissive air environment.

And we can provide greater assurance to Marines as they deploy on the ground that we can deal with a much wider array of pop-up threats than we could do with legacy aircraft.”

 
Last month, F-35 fleet logged roughly the same total flight hours that the entire Rafale fleet had logged 2 years ago since its service introduction in 2004 (15 years):


F-35FleetWideHours_2104.jpg

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