Category: Defense Procurement

More on Japan’s Road to Militarism.

I’ve posted before on what I see as Japan’s return towards its militaristic past, and now we have the JapaneseDefense Tech: Japan launching an aircraft carrier.

I present to you the the Hyuga, 18,000 tons of naval pulchritude:

Of course, it’s not a “real carrier”, like the American super-carriers, or the France’s smaller deGaulle.

Right now, it will carry 4 helicopters, 3 Blackhawk types, and 1 Ch53E Super Stallion, though in a pinch, more can be accomodated.

If the Japanese get the JSF, I can see them getting some of the STOVL versions and operating them from these boats, if just for training for a possible future, and larger, carrier of Hermes size.

But still, the idea of Japanese getting back into carrier aviation does not fill me with anticipation.

Bulava Missile Not Ready For Mass Production : Missiles and Bombs : Defense News Air Force Army Navy News

I think that there is some misunderstanding about Russian weapons development, as shown by the following story about the failures in the Bulava-MLBM.

The missile has failed 4 of its first 6 test flights, but this means something very different than it would in a US missile development program.

Simply put, the Soviets, and later the Russians, use missile tests to find design flaws and verify performance, while the western nations typically use tests to verify theoretical analysis.

While the testing protocol is different from previous Russian SLBMs, there have been no ground tests, as it is an adaptation of a ground based system, the test-fail-fix strategy continues.

India launches contest for 126 new fighters with RFP release

India just released it’s request for proposal for 126 fighters to replace part of it’s aging MiG-21 fleet.

A list of likely bidders are, with what I see as pros and cons are below, with my guesses as to the outcome after that:

  • Boeing F/A-18E/F Super Horne
    • Pros:
      • Interoperability with Western weapons
      • Good payload/range (Probably best of the lot)
      • Highly capable radar/avionics. (maybe the best of the lot)
    • Cons
      • Relatively low agility (probably worst of the lot)
      • Expensive.
      • Largest plane in competition.
      • Subject to US sanctions.
  • Dassault Rafale
    • Pros
      • Interoperability with Western weapons Highly capable radar/avionics. Might be adapted to use Indian Kaveri engine. Dassault already has aircraft in the Indian fleet (Mirage 2000s) Cons Would be 1st foreign adopter of system, may cause support issues.
      • Somewhat expensive.
  • Eurofighter Typhoon
    • Pros
      • Interoperability with Western weapons
      • Good payload/range
      • Highly capable radar/avionics.
      • Very high performance (supercruise at Mach 1.4+ in air to air configuration)
    • Cons
      • Air to ground capabilities still in development.
      • Expensive.
  • Lockheed Martin F-16
    • Pros:
      • Interoperability with Western weapons
      • Good payload/range
      • Capable radar/avionics.
      • Good agility.
      • Lower lifetime costs (because it is single engined).
    • Cons
      • Expensive.
      • Subject to US sanctions.
  • RSK MiG-35
    • Pros:
      • Interoperability with Russian weapons, which they already have in service.
      • Operations and maintenance should be most similar to those of the MiG-21s being replaced.
      • This is a member of the MiG-29 family, which the Indians already have in service.
      • Probably the lowest purchase price of any of the competitors.
    • Cons
      • Avionics are likely the least capable of the lot.
      • Payload/range is likely 2nd least of the lot.
  • Saab Gripen.
    • Pros:
      • Interoperability with Western weapons
      • Highly capable radar/avionics.
      • Lowest life cycle costs (based on the fact that it is the smallest and lightest of the lot.
      • Superb short/rough runway performance.
      • Might be adapted to use Indian Kaveri engine.
    • Cons
      • Probably the least payload/range (but more than the MiG-21)
      • Somewhat subject to US sanctions.

First, note that this will not be India’stop of the line fighter. That will be the SU-27 family variants that it is already flying, or has already bought, so absolute top end performance is not crucial.

India, by virtue of it’s non-aligned status, has a highly heterogeneous air fleet, which makes for a complex supply chain and support. This would suggest that they will buy the MiG, and that’s my call at this point, though there are issues with the Russians, such as the much delayed carrier delivery, and currency issues (the Russians want to start pricing in Euros).

However, the Russians are no doubt aware of this, and might push too hard.

If you go for lowest life cycle costs, the Rafale wins, with the F-16 being close behind.

The Indians have experience with Dassault as a supplier, which might give them a leg up too.

I think that the F-18 and Typhoon are pretty much out of the running.This is a competition for a lightweight or medium fighter aircraft, and both are well above this weight class.

Comments? Thoughts? Aspersions to my heritage?

And In The Realm of the Truly Silly

It seems that the wizards at the Pentagon have come up with a concept called Heavy Air Lift Seabasing Ship (HALSS). It’s basically a ship, with a trimaran hull form and built to commercial ship standards, that would carry 6 C-130s, and then use these aircraft to ferry cargo to shore.

The idea is to use this to fill in the “last mile” gap of some of the newer basing schemes for American forces associated with the “systems of systems” concept and equipment by flying it all in on a C-130.

It won’t work.

A C-130 can take off and land from a carrier deck, this was shown in the 1960s, and the ship is technically possible, though the one concept has it using nuclear power (!).

The concept is flawed.

What is suggested here is that a unit of action (the new name that they have for a brigade) would be flown to an airfield in that last mile.

As strange as this might sound, will be many times slower than using a port or landing craft to deliver the men and materiel: the manned ground vehicles in the FCS family will have to be stripped down to fly on a C-130 (normal max payload is about 19 tons). You will basically have to make 3 C-130 flights to deliver two vehicles, and they will have to be basically reassembled on the other side, with the armor and other systems removed to make transport weight.

Additionally, this does not really allow for significant inland transport, as the C-130 is at maximum weight, and so it’s range is rather short, particularly to locations where it might be “hot”, and so it would have to carry fuel for a return trip.

Additionally, someone had to be smoking something special if they think that the Air Force’s Air Mobility Command would ever allow the Navy to get any sort of authority over their aircraft, which would be required for such a scheme.

More Indian Competition for F^%$ed Up Defense Contracting

It appears that India’s Tejas fighter is not meeting performance specs. It’s take off thrust and low speed performance with the US F-404 engine is lacking.

This is surprising, since the F-404 is a very known quantity, it’s been flying for 25 years, and one must assume that this is an issue of problems of engine integration/inlet design.

The F-404 was intended as an interim engine, but:

The failure has been attributed to insufficient available thrust from the aircraft’s General Electric F404 engine, and underlines India’s need to replace the US design with the Kaveri powerplant now under development by its Gas Turbine Research Establishment. In common with the wider Tejas programme, the Kaveri project has been dogged by development delays and cost escalations, which have forced New Delhi to order additional F404s to power its initial production batch of lightweight fighters.

It sounds like the Arjun all over again.

What’s more, it now appears that they are having problems with the radar:

New Delhi in mid-August announced a co-operative agreement under which its defence industry will develop the aircraft’s multi-mode radar with Israel Aerospace Industries’ Elta Systems subsidiary.

….

The initiative will replace previous work conducted by the Bangalore-based Electronics and Radar Development Establishment, with technical hitches having prevented a radar design from being integrated with a prototype Tejas.

Antony says the new fire-control radar is needed to support demonstration flights of the fully developed and armed fighter from 2010, and Israeli sources reveal that the sensor will be a further development of Elta’s EL/M-2052 active electronically scanned array.

So, they have just dumped an indigenous system for a largely developed system.

Assassination Weapon

The Christian Science Monitor has an article on the US Air Force looking at developing a mach 6+ hypersonic missile.

Though they bury the lede, they do get to the point:

“The [Air Force] today is looking for ways to become more relevant in the global war on terrorism beyond the smart bombs and the unmanned aerial vehicles it’s already providing mainly in support of ground (counterinsurgency) operations,” writes Guy Ben-Ari, a fellow at the Center for Strategic and International Studies, a Washington think tank, in an e-mail.

In the fight against terrorism, the US’s most-wanted, such as Mr. bin Laden, are essentially moving targets. If bin Laden wants to have a meeting with his top lieutenants, for example, it will be called at the last minute and be short, intelligence officials say. That leaves the US military a small window in which to strike, posing a challenge to commanders and intelligence officials at the Air Force, which often oversees such operations. One option is to have missile assets in the area of the target already, perhaps by basing a bomber squadron in that region. Last year, when the Air Force zeroed in on a building where Abu Musab al-Zarqawi was meeting, it was able to get two F-16C Fighting Falcon jets near the target in time to get Mr. Zarqawi, considered the head of Al Qaeda in Iraq.

This is about the USAF creating a weapon intended for assassination in order to gain more relevance in what looks to be the dominant mode of conflict in the next few decades.

Chávez’s Buys Sniper Rifles

As a result of Bush sanctions against Venezuela, including the denial of spares on the F-16 fleet, Chávez has moved toward acquiring Russian equipment.

Now, he is purchasing a large quantity of Dragunov sniper rifles.

The Dragunov is a derived for the AK-47 with a scope, and while it underperforms designed from scratch sniper rifles, it is simple, more accurate than an assault rifle, and more powerful (it uses a full rifle round). Realistic use is out to about 600m according to wiki.

“Sales like this, and other sales of military equipment and arms to Venezuela, don’t seem consistent with Venezuela’s needs,” David J. Kramer, deputy assistant secretary of state for European and Eurasian affairs, said by telephone.

“It does raise questions about their ultimate use,” he added. “We’re not sure what their purpose would be.”

It took me 5 seconds to realize that this is intended to for a number of things:

  • Deter the US from invading because by increasing casualties.
  • Deterring the Venezualan Army from staging a coup for the same reasons.

Of course, I’m not a blithering idiot Bush administration official, so I can spot the obvious.

Mark Joyce, the Americas editor for Jane’s Country Risk, part of Jane’s Information Group, said that a purchase of thousands of sniper rifles would fit with the continuing military reorganization in Venezuela under Mr. Chávez.

The changes emphasize large civilian reserve forces, which bypass the traditional military chain of command and report directly to Mr. Chávez and could become the core of a domestic guerrilla force if Venezuela were invaded.

US Government Cripples South Korean T/FA-50 Export Prospects

It appears that thethe US Government is forbidding the use of an advanced radar on the Korean FA-50 trainer derivative (subscription required).

Let’s make this clear, this is not a technology transfer issue. The radar, the Vixen 500E (PDF)

But in declining to permit advanced FA-50 capability, the U.S. side is only exercising rights that were set out when the then-General Dynamics combat aircraft division agreed in the early 1990s to support South Korean development of a fast jet. Under the agreement, the aircraft’s combat capability had to remain below that of the F-16, to avoid competition.

Korea Aerospace will struggle to sell the fighter overseas without the preferred radar, the Vixen 500E active electronically scanned sensor built by Finmeccanica’s Selex unit. But Korean industry officials assume that that was the intention of the U.S. authorities: To ensure the FA-50 would be unattractive on export markets and offer no competition to the Lockheed Martin F-16.

I’m really not sure why anyone with equibalent choices uses US systems, such as choosing the F-15K over the Rafale, which performed better in tests.

USAF Power Grab

What’s going on here is simple

USAF Says It Would Save 10% As UAS Executive Agent(Subscription Required)

Aviation Week & Space Technology
08/13/2007, page 27

Edited by David Bond

Printed headline: UAS Promises

The U.S. Air Force says it can save as much as 10% of the budding unmanned aerial system budget if it becomes the Pentagon’s executive agent for UASs over the objections of its sister services. Savings would come from common training and sustainment processes as well as shared basing. The service also boasts it can save $400-600 million by consolidating its Predator program with the Army’s Warrior, an upgraded Predator. The Army has been furious over this plan, and the Navy and Marine Corps have expressed reservations. ….

What’s going on here is simple. The Air Force is trying a power grab.

If the future of air combat is drones, and it looks increasingly so, you will have unmanned aircraft that will take off and land on their own (the Air Force is behind the other services on this, probably because once you get that automated, you really don’t need a pilot).

The Air Force sees a future where UAVs are by the same sort of soldiers that perform as artillery spotters, i.e. reasonably well trained enlisted men, and they see irrelevance in their future.

This is their attempt to stay on top of these programs, and to keep officers operating UAVs, whether they really need to or not.

I Wonder if This is Simply PR from Boeing, Lockheed, and Sukhoi

About a week ago, I blogged on the rumored sale 250 Sukhoi Su-30 multi role fighters to Iran.

Well now it appears that the US is going to be selling a s$@% load of military hardware in the region in order to provide a counterweight to rumored Iranian deal.

Maybe I’m being a cynic, but I’m beginning to think that Boeing, Lockheed, and Sukhoi are the ones spreading this rumor, as they all stand to gain a lot from the ensuing orgy of weapons procurement.

Russia to export Worlds Most Capable Surface to Air Missile

The S-400 is entering service with the Russian military, and they expect to begin exports in 2009.

It’s clear that they are looking at this to be a big seller. It should have some decent capabilities against stealthy aircraft, and it has good anti-cruise missile and anti-tactical ballistic missile capabilities.

Considering the range of the system (over 400km), it would be expected that it would be capable of engaging low radar cross section targets at a much shorter range.

Given that a conventional bomber would have a radar cross section in the 10m2 range, and detection range a function of 4th route of the RCS (i.e. a reduction of 32x in RCS will cut range by 1/2), you get potential detection ranges as follows, assuming 400km for the bomber.

Range
RCS
     Type
400 km
10m2
B-1, F-15
336 km
5m2
F-16
225 km
1m2
F-18E, Rafale
189 km
0.5 m2
Typhoon
48 km
0.00200m2
F-117 (WAG)
40 km
0.00100 m2
F-35
23 km
0.00010 m2
F-22, B2

So you are looking at something like a 15 mile detection range against the stealthiest targets.

Update: This range is for high frequency radars. The S-400 also has a VHF radar, which would diminish the effectiveness of stealth, to some (I don’t know what) degree.

Boeing, US Air Force Attempt to Rig Tanker Competition

There has been a long history of Boeing and the Department of Defense attempting to cut a deal to avoid competition on this program. In fact, a DOD official went to jail over this.

They have now jointly come out with a statement that the tanker order should not be split, claiming that the logistics and development duplication would be prohibitive.

This is a lie. There are numerous airlines that operate both the B-767 and the A-330.

As to development costs, both manufacturers are making flying these tankers in preparation of delivery overseas customers.

What is true is that it would completely politically untenable to shut Boeing out of this deal, and by adding this sort of requirement, you make Boeing the only choice.

Japan Starts Toward Abolishing Pacifism in its Constitution

Aviation Week has an article indicating that Japan’s interest in the F-22 is being driven by an turn toward a far more aggressive military policy.(subscription required)

If they just needed normal cruise missile defense, upgrading F-15 radars would do the job. The idea that that they want to acquire a large, long range, supercruising, and stealthy platform implies that they want to make preemptive strikes against cruise missile sites an integral part of this defense.

An air force must at least be able to attack the launch sites “to put an offensive ballistic missile capability at risk,” a senior U.S. Air Force official involved in the debate says. “You’ve got to get out in front of [cruise and ballistic] missile launches. Otherwise, some are going to get through.”

Of course, Scuds and their derivative (North Korea) are already mobile, and hence hard to strike and hard to hit, as evidenced by the problems in Desert Storm, when there was no threat to aircraft doing Scud hunting, and they could not reliably find the launchers.

But officials now say the fiscal 2008 budget may provide money for more upgrades. The reason is that the technology is a path to the world of network-centric warfare that has already been used by the U.S. Air Force. USAF first adopted the (v)1 radar but then upgraded it with a 21st century emitter and antenna—the 1,000-element, active electronically scanned array (AESA). That improvement, designated the APG-63(v)3, produces a radar with the ability to see small targets, such as cruise missiles, or to identify tactical ballistic missile launchers in their radar-generated ground maps. The radar also can transmit large files of imagery, electronically attack enemy sensors through jamming and insertion of false targets, and provide two-way digital connectivity to other aircraft and sensors in the battlespace.

“The Japanese could make that shift to (v)3 at any time,” the industry official says.

That shift would add another option to the decision about a new fighter for the Japanese air force. F-15s equipped with AESA would have a larger radar aperture than the F-22. As a result, in the defensive, anti-cruise missile role, the Eagle would have an advantage in detecting smaller objects at longer range because of its additional power and size. While attacking missile launch sites with the F-22 is a “strategically solid concept” for the long term, buying interim, AESA-equipped F-15Es or F/A-18E/Fs might be attractive to Japanese defense planners. So far, they have rejected the idea of a bridge aircraft.

This is the key phrase.

Aperture is the size of the antenna, and because the F-15 is non-stealthy, it has a larger antenna. The laws of physics dictate that the F-22 is inferior to the F-15 in this role.

When juxtaposed by the growing number militarist groups in Japan, and an increasing tendency toward those groups engaging in violence toward critics, this is a very troubling development.

Additionally, any problems in North Korea would handled by a the US Military, possibly with with F-22 sorties from either Korea or Japan, or F-35 sorties from a carrier.

This is intended to strike China.

Japan has never come to terms with the atrocities committed, including the only use of bio-warfare in modern military history, during its period of empire building, which is arguably the the worst of the 20th century.

Unlike Europe, where the militarism has largely been driven out of the public consciousness, in Japan it has been placed in a closet for later use.

The Sordid Tale of the JASSM is now Well into the Twilight Zone

You know the deal. The missile’s unit cost has doubled from about $400K t about 800K, and it has a 42% failure rate. There are suggestions that it be replaced by equivalent european systems, like the the MBDA Storm Shadow or Taurus KEPD 350.

Congress and the military have not yet done this out of concern for pork and lucrative consulting gigs industrial base.

Well, now we have Boeing calling for it to get the opportunity to manufacture it, because they can do better than Lockheed.

It certainly would be hard for them to do worse.