Showing posts with label Naval Aviation. Show all posts
Showing posts with label Naval Aviation. Show all posts

Tuesday, February 7, 2024

The Fleet in Being Strategy

PACIFIC OCEAN (Jan. 20, 2017) Aircraft from Carrier Air Wing (CVW) 17 conduct flight operations aboard the aircraft carrier USS Theodore Roosevelt (CVN 71). The carrier is currently off the coast of Southern California conducting carrier qualifications. (U.S. Navy photo by Mass Communication Specialist Seaman Bill M. Sanders/Released)

The US Navy has dealt with the fiscal controls of sequestration put in place by Congress and the Obama Administration over the last few years by making a strategic choice that favored new shipbuilding activities over the maintenance of ships and aircraft - among other things. Budgets are zero sum, and Defense News is reporting the consequences of that strategic choice.
The U.S. Navy’s F/A-18 Hornet and Super Hornet strike fighters are the tip of the spear, embodying most of the fierce striking power of the aircraft carrier strike group. But nearly two-thirds of the fleet’s strike fighters can’t fly — grounded because they’re either undergoing maintenance or simply waiting for parts or their turn in line on the aviation depot backlog.

Overall, more than half the Navy’s aircraft are grounded, most because there isn’t enough money to fix them.

Additionally, there isn’t enough money to fix the fleet’s ships, and the backlog of ships needing work continues to grow. Overhauls — “availabilities” in Navy parlance — are being canceled or deferred, and when ships do come in they need longer to refit. Every carrier overall for at least three years has run long, and some submarines are out of service for prolonged periods, as much as four years or more. One submarine, the Boise, has lost its diving certification and can’t operate pending shipyard work.

Leaders claim that if more money doesn’t become available, five more submarines will be in the same state by the end of this year. 
The article has plenty of details, but the eye popping quote comes after the article cites "$6-8 billion" in immediate needs. There is only one way to describe what this means.
The dire situation of naval aviation is sobering. According to the Navy, 53 percent of all Navy aircraft can’t fly — about 1,700 combat aircraft, patrol, and transport planes and helicopters. Not all are due to budget problems — at any given time, about one-fourth to one-third of aircraft are out of service for regular maintenance. But the 53 percent figure represents about twice the historic norm.
It doesn't matter how many ships are in the US Navy's shipbuilding plan, the unequivocal truth of the situation is - the US Navy today is a hollow force. When the fleet cannot leave port and has been degraded to the point it cannot maintain it's own resources, it is a fleet in being. It was an intentional choice, by both Navy leaders and Congress - they all own the situation as it is today. This has been the strategy of the last several years to insure new construction and new ships. No one, whether a civilian in either political party or an Admiral in the Navy today, can claim they are not accountable. Priorities get funded, and a lot of priorities that have nothing to do with the maintenance of naval power have been funded over the last many years.

Consider for a moment that it is very likely the training squadrons are probably among the squadrons actually getting maintenance funding, which means it is very likely the US Navy couldn't field more than 4, and probably not even 5 aircraft carriers with functioning combat aircraft today in response to a national emergency. I don't know what percent of the F-18s force is grounded, but I bet the percentage of helicopters grounded is much higher, because if there is one thing we can make a safe bet on - it is that naval aviation leaders will have prioritized the F-18s and done only the minimum everywhere else.

Last week the Question of the Week asked whether the US Navy was prepared for combat at sea. My answer to this question would be, "Yes the US Navy is prepared to fight, at least initially, and while the tip of the spear is very sharp - it's the shortest spear the US Navy has represented since the 19th century."

In 2010 I remember listening to fleet leaders who were very concerned that the US Navy was on the verge of being a hollow force, and today in 2017 the US Navy is absolutely hollow. There are entire squadrons of aircraft that cannot fly today, and ships that not only can't get underway - but it is unclear when they next could get underway. When I read articles discussing the size of the US Navy in 2017 I roll my eyes wondering if they have any idea how meaningless the numbers they use actually are. Numbers on paper have nothing in common with reality. The CNO telling any and all who will listen that the state of maintenance in the force has already passed critical levels - that's the reality.

Wednesday, February 11, 2024

Outlining FA/XX


At last week’s Office of Naval Research expo in D.C., ADM Greenert made several statements about the proposed next-generation F/A-XX fighter that are getting a lot of play.
CNO Adm. Jonathan Greenert described options for the next Navy fighter - the F/A-XX - that would overwhelm or suppress enemy air defenses instead of outrunning or hiding from threats.
“You know that stealth maybe overrated,” Greenert said during a keynote at the Office of Naval Research Naval Future Force Science and Technology Expo.
“I don’t want to necessarily say that it’s over but let’s face it, if something moves fast through the air and disrupts molecules in the air and puts out heat - I don’t care how cool the engine can be - it’s going to be detectable.”
That also may mean developing new weapons for future threats.
“It has to have an ability to carry a payload such that it can deploy a spectrum of weapons. It has to be able to acquire access probably by suppressing enemy air defenses, Greenert said.
“Today it’s radar but it might be something more in the future.”
As for speed, he said the proliferation of high-speed anti-air weapons could lead the Navy to develop an aircraft that would not need to travel at a high speeds.
“I don’t think it’s going to be super-duper fast, because you can’t outrun missiles,” he said.
I’ve seen a few people interpreting his remarks on stealth to mean that F/A-XX will not be ‘low observable.’ Well, given that the officially defined bounds of ‘low observable’ aren’t exactly quantified for public consumption, I find it hard to prejudge how much Radar Cross Section and infrared signature suppression might be envisioned for the fighter. Suffice to say that it probably won’t be broadband ‘very low observable’ like the B-2 or its proposed LRS-B successor (which owes a lot to these bombers’ physical sizes in any event). On the other hand, it probably will have more signature suppression than ‘reduced observable’ legacy fighters.
Stealth is more than just platform shaping and coatings, though. It’s also about when, where, and how you use the platform. It includes activities by the platform or other supporting forces to suppress the adversary’s sensors using kinetic or non-kinetic means. In the latter regard, F/A-XX’s degree of ‘structural’ observability will probably be designed low enough to allow for considerable use of electronic countermeasures. F/A-XX’s overall observability will also depend on how it senses the battlespace and communicates with other forces. The ability to classify threats with high confidence at a significant standoff distance and then report findings to other friendly platforms via highly-directional communications pathways, and vice-versa, will be key. In turn, both the onboard and external sensor inputs will support onboard weapons employment. Payload over platforms, indeed.
F/A-XX’s other major attributes ought to be range and endurance with a reasonably large weapons loadout. As ID readers well know, I disagree with arguments that carrier-based aircraft must to be able to strike targets deep within an adversary’s territory—or even the innermost reaches of a maritime contested zone—during the first days of a major war in order for the carriers to have high value in the context of a protracted conflict.
That said, the greater F/A-XX’s tactical reach or on-station duration, the more Joint and Navy operational options that open up. This is about more than just strike missions—this is also about the outer layer screening of Surface Action Groups or carrier battleforces. This is about providing air support to frontline forces within a contested zone. This is about creating opportunities for offensive anti-air warfare. The ability to carry a sizable number of long-range air-to-air or air-to-surface missiles will be central.
It should be no surprise, then, that when I picture what I would want in F/A-XX, I think of several of the roles once performed by this aircraft: 

F-14D Tomcat at Udvar-Hazy Center of the National Air and Space Museum (author's photo)

Oh, and note the AAS-42 electro-optical/infrared system under the nose. Back in the day, a terrific sensor for standoff-range, silent visual classification of air contacts

(author's photo)


The views expressed herein are solely those of the author and are presented in his personal capacity. They do not reflect the official positions of Systems Planning and Analysis, and to the author’s knowledge do not reflect the policies or positions of the U.S. Department of Defense, any U.S. armed service, or any other U.S. Government agency.

--Updated 2/11/15 10:53PM to correct typo in 3rd paragraph--

Friday, January 30, 2024

The P-8 Poseidon and Offensive Anti-Surface Warfare


Late last month, the CIMSEC NextWar blog carried an excellent post by LT Michael Glynn, a Naval Aviator from the Maritime Patrol and Reconnaissance community, on the potential utility of introducing a long-range anti-ship missile capability in the new P-8 Poseidon. LT Glynn observes that though the P-8 is armed with the legacy Harpoon Block IC anti-ship cruise missile and slated to receive the Harpoon Block II, both weapons lack the range to provide the aircraft with much standoff distance from its prey. This standoff deficit is problematic, as a P-8 tasked with performing a Harpoon engagement would be placed at undue risk if it faced adversary ships that either carried long-range Surface to Air Missiles (SAM) or were operating under the defensive coverage provided by land-based SAMs or fighters.
LT Glynn also points out that the Navy already plans to use the P-8 to provide over-the-horizon targeting support to other anti-ship missile-armed platforms. This is logical, as the P-8’s onboard radar is capable of classifying a surface contact’s type from some distance away using its Inverse Synthetic Aperture Radar (ISAR) imaging mode.
LT Glynn therefore argues the Poseidon would serve as a superb platform for the Navy’s planned Long Range Anti-Ship Missile (LRASM). He notes that the P-8’s combat radius and endurance, speed, and potential ability to confound an adversary’s anti-airbase targeting apparatus by engaging in dispersed flight operations from developed auxiliary airbases would make it a formidable anti-ship asset if armed with the >200nm LRASM.
I have no personal position on whether any particular future anti-ship missile should be integrated with P-8; I'll leave the operational and technical analyses on that to the professionals. He is absolutely correct, though, that the P-8 could provide significant additional offensive airborne anti-surface capability to a theater commander. This would be especially true during periods in which the available aircraft carriers in theater (or long-range land-based bombers for that matter) are tasked with higher-priority missions. Of course, this assumes the U.S. could secure air superiority in P-8 operating areas.
I also want to point out that the P-8’s electro-optical sensors might be just as valuable as its radar for providing over-the-horizon targeting support to other platforms. I’ve long argued that visual classification of contacts will be necessary to have high confidence that scarce long-range guided weapons are not being wasted against decoys. Even ISAR can, in theory, be susceptible to electronic countermeasures. Consequently, the greater the range at which a P-8 can visually classify a contact under supportive environmental conditions, the higher the potential value of its targeting picture. This range would likely not be great enough for a P-8 to perform visual classification at a safe standoff range from a well-defended ship, however. As a result, the Poseidon would only be able to independently perform the task at low risk if the adversary’s defenses were either relatively short-ranged or could be readily suppressed. 
This highlights the need for visual-range targeting support by a fairly survivable (or expendable) scout further forward, especially in locations where the adversary possesses air superiority. Indeed, even a P-8 armed with an extended range anti-ship weapon would benefit from the tactical picture relayed by such a scout.

The views expressed herein are solely those of the author and are presented in his personal capacity. They do not reflect the official positions of Systems Planning and Analysis, and to the author’s knowledge do not reflect the policies or positions of the U.S. Department of Defense, any U.S. armed service, or any other U.S. Government agency.








 

Thursday, December 4, 2024

Soviet Oceanic Reconnaissance-Strike: New Observations from Maksim Tokarev (Part 2 of 2)



There are a few other new details Maksim Tokarev provided that, while unrelated to the topics I discussed yesterday, I find highly enlightening.
For one thing, a Soviet Naval Air Force raid commander possessed a considerable degree of local tactical decision-making authority:
But what is still valid for that is that the strike leader (one of the regiments CO in the air) had - the other side of the coin - very vast authority to create his own tactical changes according to the present situation. For example, [he might order exchanging] the roles of the RUG [Ed. note: Reconnaissance-Attack Group; the pathfinders] and part of UG [Ed. Note: the main attack group].
However, one of a raid’s chief vulnerabilities was its local communications:
This means that the VHF circuits between parts of the strike should have been solid and redundant, and this was in reality the weakest point of the doctrine. It is impossible to [maintain] radio silence if you haven’t [found] the target where it should be, nor [have] the time to seek and destroy.
Communications from surface tattletales (whether they were combatants or auxiliaries) to the Soviet Ocean Surveillance System were somewhat ‘stronger’ in a relative sense as they could ‘take refuge’ in frequencies the U.S. Navy would probably have been loath to jam prior to the outbreak of hostilities:
The USN EW in this case, if it was intended to jam the Soviet naval frequencies (if [known to] them), should have been aware that the tracking messages could be passed [via] 500 kHz or 2182 kHz, [which] are the international maritime distress channels and to jam those is not very good choice from the general safety standpoint.
One could make the same case about preemptively jamming fishing boats’ use of commercial satellite communications to make contact reports to an ocean surveillance system today.
Lastly, the Soviet Navy’s professional career-path stovepipes would likely have affected how its forces attempted to employ tactical deception in combat.
In Soviet Navy each officer [was], from his cadet's years, an avid specialist in one of the naval warfare segment[s], and [usualy stayed] in this professional community for [an entire] career. If the officer [was] educated in EW, it [meant] that he started this pipeline at the age of 18-19 while [a] Naval College cadet, along with the bachelor's degree process, and simultaneously it [meant] that he [would] never achieve command at sea or even XO appointment. On the other side, the future ADMs, COs and XOs, being almost always craftsmen in navigation, or (not "and") artillery/missiles, or mine-torpedo realms (they all [were] different specialties in Soviet-era naval education with very moderate cross-studies in the others), [would] have never had the EW or recco/intel service time during [their] whole career - [regardless of whether they were] in [the] surface or subsurface communities. [It was] easier to change [one’s naval branch specialty from] ships to subs and back, than to change [one’s] professional community and become the gunner or navigator if [one]had been educated as the radio communication means officer.
This presents a good example of why an Unrestricted Line Officer should be well-rounded in terms of tactical and technical expertise, and why basic information warfare principles and concepts need to be understood throughout the entire Unrestricted Line.
The career stovepipes also might have made it more difficult to employ deception effectively:
So the question of deception was subdivided in deceptive approaches of every specialty, and sometimes the surface cruiser's missile people, who can substitute the whole salvo by the one-by-one launches, if the two nearby SSGNs were doing the same (making those three+ axis of attack, coinciding with the courses of incoming Backfires), could have been interferred by the submarine staff's torpedo officers, who could try to hide the fact that the two Victors are tracking the CBG and can try to hit the carrier with long-range torpedoes first, and then allow the missile attack.
In other words, attacks of different types by two different combat arms could conceivably interfere with each other due to the different planning staffs’ relative areas of expertise and different chains of command. This in turn reinforces the importance of a unitary operational chain of command.

Wednesday, December 3, 2024

Soviet Oceanic Reconnaissance-Strike: New Observations from Maksim Tokarev (Part 1 of 2)



A few weeks ago I published a series of posts analyzing Maksim Tokarev’s outstanding Naval War College Review article that detailed the Soviet Navy’s 1980s-era doctrine for employing combined arms against U.S. Navy battleforces. At the end of my first post, I suggested that:
With a finite number of bombers, missiles, and trained crews, it is reasonable to think Soviet commanders would have been somewhat hesitant to dispatch such irreplaceable forces into battle unless they had some degree of confidence in their situational picture’s accuracy; the operational-strategic penalties that would be incurred if they ‘got it wrong’ simply seem too high for this not to have been the case. Accordingly, it will be extremely interesting to someday learn the criteria that had to be satisfied for SNAF commanders to order a raid. 
In the comments section to my final post in that series, Maksim graciously shared many new observations to address multiple aspects of that very question. As before, I’m going to quote his key points and then add my commentary. I’ve lightly edited his remarks; the wording changes I made are in brackets.
Maksim first notes that the Soviet Naval Air Force’s organizational ethos, much like that of most air forces and service air arms, was rooted in the ‘spirit of attack.’ Detailed mission planning was less important than seizing upon fortuitous opportunities to deal the enemy a severe blow:
Courage, brisk battle, blaze of glory, fair uniform first - and at least moderate careful planning [only] then. The heroes, the warriors, don’t hesitate to fight and die, bird's souls in the human’s bodies. The staff work is always something neglected, too boring to be the good job… sometimes “the good enough decision now is better than the brilliant one tomorrow.”
The consequence was that, as Maksim puts it:
The commanders who share that ethos can send the strikes against [ambiguous or low-confidence] target, hoping to receive definite targeting enroute, or counting on the strike’s inherent recco and targeting abilities.
This is a crucial (and quite obvious in hindsight) point that I’ve previously failed to consider. It is applicable not only within the context of the Cold War naval competition, but also to any attacker’s calculus. Attack opportunities against a highly capable opponent’s maneuvering forces are generally fleeting. A brief intercept of the opponent’s radio or active sensor emissions, or perhaps a scout’s brief (and perhaps sacrificial) direct contact with what seems to be an element of the opponent’s force, might be the only targeting cue the prospective attacker ever receives. The next detection of the opponent’s force might be when it is too late to derail or defeat the opponent’s operational plan. In fact, the next attack opportunity might not arise until after the opponent has already achieved his operation’s main objective(s). Maksim alludes to this dilemma from Soviet Navy commanders’ perspective:
Look, they [examined] the Northern Weddings’ logs hard, every minute of evolutions, every launch and landing, every word on radio and so on. They understood that when the carriers came in the Norway fjords, it [would be] just too late to try to hit them [with] air assets. [i] So the time slot to decide could have been very narrow. It’s better to make a wrong decision than suspend the good one.
Individuals make opportunity cost decisions based upon how they subjectively value their available options. A prospective attacker must choose between withholding scarce strike assets in hopes of a future opportunity to attack with a higher degree of targeting confidence, or otherwise expending those assets in the present with low targeting confidence under the assumption that there may be no future opportunity. When an attack-embracing organizational ethos within belligerent “A’s” forces mixes with a paramount objective of preventing belligerent “B” from attacking first, there will likely be intense psychological pressures on belligerent “A’s” operational commander to order a strike. The implication is that a careless and perhaps overconfident “B” who does not employ effective concealment (with some supporting deception for good measure) risks falling victim to a bold “A” who capitalizes on the most limited of targeting cues. Conversely, an intelligent “B” who understands “A’s” opportunity cost calculus well enough might be able to craft a deception and concealment plan that lures “A” into expending precious ordnance (and perhaps platforms and crews) for naught. There is no way to determine the outcome of either of these two scenario types in advance; circumstances and chance during battle matter greatly.
Maksim makes an additional point, though, in that the destruction of an opposing force may be far less important within a campaign context than its disruption or suppression:
The key success is not the sinking of the carriers. Just stop [their] launch, recovery, any air activity; it’s enough to weaken the NATO ASW along the Norwegian coast and give the SSBNs the possibility to reach launching positions in [the] Atlantic, making nuclear war very costly for both parts, [and therefore] evaporating the political will to start it. At the same time the tank armies will be in Berlin, Paris, Brussels and so on.
In other words, he is referring to one of the Soviets’ chief maritime strategic objectives for the early phases of a conventional European war: degradation of potential offensive ASW efforts by NATO navies against Soviet SSBNs. His assertion is consistent with the intelligence assessments that shaped the U.S. Navy’s development of the 1980s Maritime Strategy. The Soviets viewed the correlation of wartime-fielded nuclear forces as a key factor in deterring NATO’s escalation to the nuclear threshold. NATO would likely only have contemplated crossing that threshold, though, if the Red Army had routed NATO’s forward defenses along the inter-German front. From the Soviet perspective, then, any measures that increased the likelihood that mutual intra-war nuclear deterrence would hold also increased the likelihood that they could achieve their war objectives via conventional means. It was additionally recognized that if the Soviets had been able to effectively protect their SSBN force during a conventional war, they would have possessed a stronger position for war termination negotiations.
Consequently, effective disruption or suppression of U.S. carrier battleforce operations along the Soviet maritime periphery could have prevented NATO navies from attaining the margin of local sea control necessary for combined arms prosecutions of older Soviet SSBNs, such as the Yankee-class, that had to break through the Greenland-Iceland-United Kingdom gap in order to reach their Western Atlantic patrol stations. Similar disruption/suppression efforts against U.S. carriers operating somewhat deeper within the Soviet maritime periphery could have delayed or prevented destruction of the Soviet surface combatants performing defensive ASW in support of the ‘boomer bastions’ used by later generation Soviet SSBNs such as the various Delta-classes and the Typhoon-class. All this would be in addition to—and possibly more important to the Soviets than—preventing U.S. carrier air wings’ conventional strikes against military targets in Soviet coastal areas.
Another key observation by Maksim is that Soviet maritime strike capabilities should be viewed holistically, or rather that the Soviet Naval Air Force was not necessarily the primary combat arm for the anti-carrier mission:
There were also surface and [submarine] components of the Anti-Carrier Doctrine, and it is extremely hard to say which one was main and which one [was] complementary. It depended on who, when, [and] how [the carriers were found] and where the [Soviet maritime] forces [were] deployed at the moment.
Naturally it does mean that [the entire] air component could have been used as the decoy, three whole air divisions of expendable planes and people - if the surface combatant[s] or subs needed [that kind of support in order to be able to attack effectively], [whether they were]in better [attack] positions in the staff’s opinion or by chance.
The idea that an entire combat arm could be used as an expendable decoy is quite incredible from a Western perspective, but in light of the aforementioned Soviet maritime strategic priorities it makes perfect sense. If the Soviets believed it was unlikely that a conventional conflict would be protracted, and that nuclear deterrence/bargaining therefore predominated, the opportunity cost of expending these platforms and crews in such a way could be quite acceptable. Coordination between two or more combat arms for a single near-simultaneous attack would have been incredibly difficult based on the issues Maksim identifies in his article and that I’ve addressed in some of my prior writings. Nevertheless, these issues would not have necessarily precluded Soviet Navy commanders from burning up one combat arm in an attempt to knock a U.S. battleforce off-balance in preparation for a later attack by another combat arm.
When the implications of Maksim’s aforementioned observations are combined, we come to see what he means when he says:
That is why my article is in general about kamikazes. It was one-way navy. No one expected to return, [had] the war been declared.
Continental powers’ concepts regarding the combat employment of naval forces have historically been quite different than those of maritime powers. U.S. naval strategists and operational planners, not to mention those of us in the armchair analysis community, would be wise to bear in mind that courses of action that seem rash or potentially self-defeating from our perspectives could be quite rational from a potential adversary’s perspective.


[i] Jon’s sidenote: this refers to the U.S. Navy’s 1980s concept for creating carrier operations bastions in Norwegian fjords. For more details, see Commodore Jacob Børresen, Royal Norwegian Navy (Retired). “Alliance Naval Strategies and Norway in the Final Years of the Cold War.” Naval War College Review 64, No. 2 (Spring 2011): 97-115.