1 comment so far
As if we didn’t know this already, but it’s nice when the miscreant confesses to the crime:
A former member of the Obama administration claims Washington D.C. often uses “misleading” news releases about climate data to influence public opinion.
Former Energy Department Undersecretary Steven Koonin told The Wall Street JournalMonday that bureaucrats within former President Barack Obama’s administration spun scientific data to manipulate public opinion.
“What you saw coming out of the press releases about climate data, climate analysis, was, I’d say, misleading, sometimes just wrong,” Koonin said, referring to elements within the Obama administration he said were responsible for manipulating climate data.
He pointed to a National Climate Assessment in 2014 showing hurricane activity has increased from 1980 as an illustration of how federal agencies fudged climate data. Koonin said the NCA’s assessment was technically incorrect……..
……..Press officers work with scientists within agencies like the National Oceanic Administration (NOAA) and NASA and are responsible for crafting misleading press releases on climate, he added.
Koonin is not the only one claiming wrongdoing. House lawmakers with the Committee on Science, Space and Technology, for instance, recently jumpstarted an investigation into NOAA after a whistleblower said agency scientists rushed a landmark global warming study to influence policymakers.
Texas Republican Rep. Lamar Smith, the committee’s chairman, will “move forward as soon as possible” in asking NOAA to hand over documents included in a 2015 subpoena on potential climate data tampering.
Yeah, but nothing will come of it. It never does. There is one set of rules for the cultural elite (that is, no rules), and one increasingly onerous and repressive set of rules for the rest of us, especially the lowest class, Christian conservatives.
So what do you think of Trump so far? He’s over 3 months in, that 100 day mark is about to pass, and he hasn’t exactly set the world on fire, has he?
Mind you, I never thought he’d be a super-conservative, I hoped he might mean what he said about the wall, but so long as Hillary wasn’t elected and he nominated some solid judges, I was prepared to be satisfied.
Still, he’s given occasional glimpses of being capable of doing much, much more, but his administration seems to be sinking slowly into the swamp L’Enfant had our nation’s capital built upon. I don’t know if one man, even a spectacular man (which I’m far from sure Trump is), can overcome the entrenched interests of the always left-leaning, always self-serving deep state.
Even Reagan failed to achieve much in the way of reducing the size of the federal government. Most of his achievements were in the realm of foreign policy, or tax cuts (which gave us unprecedented deficits). The last president to significantly reduce the federal budget was Eisenhower. But that was a different country, wasn’t it?
I should add, for completeness sake (and because someone will invariably bring it up in the comments), that the Catholic bishops have by and large accepted the cult of climate change uncritically. Francis of Rome released an encyclical that indicated full-throated acceptance of this most dubious of theories, and the US bishops have certainly done the same. What a wound it will be to the Church when this theory is finally debunked, which it eventually will be. But I won’t hold my breath waiting for the USCCB to roll back some of its advocacy in this area in light of this report, they’ll pretend it doesn’t exist.
Flighline Friday: Lazy Edition March 24, 2017Posted by Tantumblogo in awesomeness, Flightline Friday, fun, non squitur, silliness, Society, technology, Victory.
Consider yourself lucky, I’m at home. This may be a lazy Flightline Friday, but it’s better than nothing.
Two videos showing some very early Tomcat footage. Some of the earliest Tomcats built are in the first vid, the first 30 or so ships built had only the ALQ-100 ECM antenna under the forward fuselage where later appeared first an IR sensor, then an electro-optical telescopic camera, and finally both. The development of the F-14’s “chin” is shown below:
The first video is a Northrop production hyping their involvement in TOPGUN:
The second is from Grumman and is an obvious – but very early – PR effort for the F-14:
The kids are home, so that’s all you get. Whether it’s better than nothing is wholly debatable, but you get what you pay for………
Flightline Friday: The Best Book on the ATF Program and YF-23, Ever February 24, 2017Posted by Tantumblogo in awesomeness, Flightline Friday, foolishness, fun, history, reading, sickness, technology.
I did a Flightline Friday about a year and a half ago discussing, among other things, the YF-23 Advanced Tactical Fighter prototype produced by Northrop. The Advanced Tactical Fighter (ATF) program was initiated in the 1980s by the USAF to produce not just an F-15 replacement, but a fighter that could finally and decisively sweep the skies over Central Europe during an all-out conflict with the Soviet Union. It was designed to be the most comprehensively advanced and dominant air combat aircraft ever produced.
The program evolved over the course of the 80s. From many disparate concepts from a whole lot of companies – very few of which exist anymore – the program was eventually narrowed down to a competition between a team led by Northrop (with McDonnell Douglas) and Lockheed (with General Dynamics and Boeing). Northrop produced the YF-23 (and this was ALL Northrop, McAir had almost nothing to do except some cockpit layout and providing the landing gear from an F-15), and Lockheed the YF-22 (here the situation was entirely different, GD contributed TONS to the Lockheed design and may have saved their bacon. Lockheed massively redesigned their aircraft proposal in 1987-8, requesting 6 additional months from USAF to do so, because the original concept had so many problems).
At any rate, history shows, for reasons that are still inexplicable to some, that USAF preferred the ugly, block-like YF-22 to the graceful YF-23. Both aircraft had advantages over the other – the YF-23 was faster, in most respects stealthier and had superior supersonic maneuverability, while the YF-22 was better in the close-in, subsonic fight and carried substantially more missiles internally.
Even though the aircraft were designed nearly 30 years ago, much data on them has remained classified. Particularly classified has been concrete data on the production aircraft proposed by Northrop for the F-23. The actual production F-23 would have differed significantly from the YF-23, for a variety of reasons, though not nearly so much as the F-22 has wound up differing from the YF-22 (of course, USAF had a great deal to do with that, and details on Lockheed’s original engineering and manufacturing development version of the YF-22 – basically their vision of the production aircraft – have been even harder to find than those of the F-23).
Also somewhat limited has been extensive detail on the numerous other submissions made over the early phase of the ATF program from companies like Grumman, North American (Rockwell), McDonnell Douglas, Boeing, etc.
Well all that has ended, as former Northrop Chief Test Pilot and YF-23 lead pilot Paul Metz has now, in conjunction with Steve Ginter, produced THE seminal book on not only the F-23 but the entire ATF program. And this thing is an absolute gem. I was up way past 1 last night because I could not put the book down.
Just a few of the highlights:
- Loads of never-before seen photos of ATF submittals and YF-23
- Incredibly detailed construction drawings of YF-23
- Extensive sections of the F-23 EMD submittal (upon which the USAF judged the winner of the competition – again, this was the manufacturer’s plan for final production design, maintenance, operations, etc) are repeated
- Incredibly detailed construction drawings of the F-23 EMD design. There has been one of these outted before but Metz adds several more
- Detailed history of YF-23 development including key players involved, like Yu Ping Liu, who designed the aircraft’s stealth characteristics
- Detailed history of Northrop’s internal design progression towards a stealthy air combat fighter over the years 1971-1986. The YF-23 design was basically fixed by late 1985 (!!)
- An unprecedented amount of material on the Naval ATF version. During the late 80s, it was planned that the Navy would buy a navalized version of the ATF winner to replace the F-14. The end of the Cold War killed that idea.
The book is brand new (hit shelves Christmas last year) and a bit high (~$38). It’s not real long but it is jam packed with information. One of the things I have noted from those involved in the YF-23 program is the fact that it was a labor of love, the people working on it really loved each other and the amazing product. That really shows through in this book, even though Metz eventually went to work for Lockheed and became chief test pilot on the rival F-22 team (after Lockheed won the competition), I get the sense from this book that his heart was always with the F-23. As well it should have been. It is still, as of this writing, conceptually the most advanced and capable aircraft ever produced.
A quick addendum: I noted in the post linked in the top some deficiencies with the YF-23 design that may have helped inform USAF’s decision to prefer the F-22 concept. Because we knew so little about the F-23 EMD proposal, it was assumed some of those problematic features would have remained the same. No more. The F-23 EMD corrected both the engine fan blade viewing problem and, for the most part, the shortfall of internal carriage of AMRAAMs compared to the F-22 (still would have been one short, but that’s a pretty small difference). The F-23 EMD was MUCH different from what people thought based on the limited info that was out there. If anything, it made the aircraft even more attractive. If only they could have gotten rid of that canopy brace……
If you have anything more than a passing interest in the F-23 or F-22, get this book.
Flightline Friday: F-35 Debuts at Red Flag February 3, 2017Posted by Tantumblogo in Admin, awesomeness, Flightline Friday, fun, non squitur, silliness, Society, technology.
Red Flag – the world’s premier and most realistic air combat exercise – 17-1 began last week at Nellis AFB, NV. As usual, participants are many and varied – F-22s from the 1st FW at Langley AFB, VA, B-1s from the 28th Bombardment Wing at Ellsworth AFB, SD, and marking their operational debut, F-35s from the 414th Combat Crew Training Squadron (CCTS), 388th TFW, Hill AFB, UT.
Everyone knows, it’s been a long slog for the F-35. I have certainly never been a big supporter of this badly compromised design. From a standpoint of aerodynamic performance, it will always be a very middling performer. Crippled by the Marine requirement for STOVL capabilities, it will be badly hamstrung in the visual air-to-air arena. In addition – and also because of the Marine requirement – it’s internal storage volume, required to maintain low-observability – is also badly limited. It can only carry two air to air missiles internally when engaged in the high-end fight. This wouldn’t have been a big deal, had Obama and Gates (who also destroyed the Boy Scouts), not crippled US air superiority by capping F-22 production at 187 aircraft. The F-22 has turned out to be all that was promised and more in the air-to-air arena, but there simply are not enough of them. As such, should disaster happen, like a war against a near-peer competitor in China or Russia (God forbid this should happen), the US would be badly underequipped in the air supremacy regime and F-35s would likely be pressed into the fight be default. This is not something it was designed to do.
Having said that, however, in the air-to-ground role for which it was primarily designed, the F-35 is finally starting to come along. The sensors and sensor fusion of the type are simply amazing. Once the real meaty software comes out later this year – Block 3F – the type will have extremely impressive capabilities in finding, fixing, sharing, and prosecuting all manner of ground targets. In addition, the aircraft will have very advanced means to avoid both ground-based and airborne threats, all projected instantaneously on the pilot’s all-important helmet visor., with the threats appearing as 3-D volumes to be avoided. Thus far, capabilities are limited but all reports are that the F-35 will take visual spectrum, infrared, ultraviolet, and radio-frequency sensors, and the fusion of all the above, to the next level.
Whether all this will be enough to overcome its fundamental aerodynamic limitations, the shortfalls in other areas of US airpower, and to deal with the rising Chinese threat remains to be seen. Whether it is worth the (falling but still) astronomical cost is infinitely debatable. But, unfortunately, due to policy decisions of three different presidential administrations, it is now the only game in town (whereas, had the F-22 been kept in production, as it should have been, the types could have been competitively evaluated and the best – the F-22 – chosen) and it would be 10-15 years, minimum, to field a replacement. If it turns out to be a turkey, we’ll be stuck with it. Cancellation really isn’t an option at this point, the Marines and Air Force are nearly utterly dependent on this type.
More than likely, what will happen is that US crews will make it work, and work well, warts and all. It’s just what they do. And hopefully sanity will prevail and the F-35 won’t ever have to come up against a serious competitor.
Now for airplane video pr0n. Check out how much the F-35 resembles the F-22 on approach:
I don’t know what the Air Force was thinking with these new velvetine looking crew sweaters. They look awful.
Taking off. That 43,000 lbst engine makes terrific noise:\
As I said, Red Flag brings a wide variety of participants. There are Navy and Marine F-18s and EF-18s and British Typhoons from a squadron I am hoping someone will identify. Video courtesy 99th ABW PAO:
See what I mean by those velvetine sweaters? WTH? As if people in other branches didn’t make fun of Air Force softness enough, now they have to look like a stuffed animal?
And now for something a bit different – an awesome 360 degree video from inside the cockpit of the Boeing T-X entry’s first flight. External view in the second video. I wish it had come out with more F-23 in it as originally planned. Looks more like a shrunken Super Hornet.
I like Boeing for the win in this large program. The only real competition left is Lockheed since Raytheon has already bailed and it seems Northrop Grumman isn’t real serious about it. Lockheed’s only advantage might be price, but will a Trump administration buy hundreds of new jets largely fabricated in Korea? Doubt it.
That’s it. Enjoy your much belated Flightline Friday.
This Stinks: Gene Cernan dead at 82 January 16, 2017Posted by Tantumblogo in Four Last Things, General Catholic, history, manhood, sadness, Society, technology, Victory.
The old Apollo guys are going to their reward one by one. Who is left at this point that walked on the moon? Buzz Aldrin, Al Bean, Dave Scott, John Young, Charlie Duke, and Jack Schmitt. All are in their 80s.
But today the last man to walk on the moon died. Gene Cernan, who lived outside Kerrville, was 82:
Gene Cernan, an early NASA astronaut who was the last man to set foot on the moon, died Monday, NASA announced in a tweet. He was 82.
Cernan was the commander of Apollo 17 in December 1972 – the last lunar mission and one of the final Apollo flights. When Cernan stepped out from lunar module “Challenger” he became the 11th person to walk on the moon. His lunar module pilot, Jack Schmitt, was the 12th. But as commander, Cernan was the last to re-enter the module, making him the last person to walk on the lunar surface.
Cernan had previously served as the lunar module pilot on Apollo 10 and was a pilot on the Gemini IX mission.
Cernan logged 566 hours and 15 minutes in space, of which 73 hours were spent on the surface of the moon, according to NASA.
Cernan was one of only three men to travel to the moon twice. The other two were Jim Lovell (still alive) and John Young.
There was a big row in NASA in the first half of 1970 when Nixon foolishly decided to gut the Apollo program (although, in his defense, most all of NASA management wanted it gutted, too). After it was announced that Apollos 18-20 would be cancelled, even though the hardware was already almost entirely built (everything but the LMs for Apollo 19 and 20), the scientific community got all fired up because the then-current crew rotation would mean that no scientist would fly to the moon if Apollo 17 was the last mission. The first scientist scheduled to go was Jack Schmitt to the Tycho Crater on Apollo 18 with Commander Dick Gordon. No Apollo 18 meant no scientist on the moon.
But not so fast. The science guys raised a big enough ruckus that NASA management was “encouraged” to change the crew rotation. Gordon and Schmitt had been training together for 6 months at that point so Gordon hoped the entire crew for 18 would just replace Gene Cernan’s crew for 17. That would have left Cernan out in the cold. But instead, the awesomely skilled former X-15 pilot Joe Engle was bumped as LMP from Apollo 17 in favor of Schmitt, and Dick Gordon had to watch his chance to be the somewhat famous last man on the moon go up in smoke.
Gene Cernan was a bit of an anomaly among early Apollo astronauts in not being a test pilot. He was an attack aviation guy in the Navy, flying Skyhawks, when he found out he had been accepted into the third round of astronaut selectees. Cernan was generally viewed as a competent straight shooter who perhaps had the flaw of being a bit aggressive in his self-promotion. There was quite a bit of that among the Apollo astronauts, of course. After his time in NASA and almost de rigeuer collapse of his first marriage, Cernan became a bit of a sad creature, a sort of a caricature of his salad days version of himself, always Captain Cernan, always the former astronaut, not Geno or Gene anymore.
Still, they rarely make men like this anymore. We’re much too soft to produce such steely eyed missile men as those who flew to the moon in a delicate, lowest-cost government-run contraption. Engineering was done on slide rules back then, with no 3-D solid modeling and with less computing power in the entire NASA basement than one smart phone today. And yet they did it, and the engineers of back then were probably far, far better than those of today, man for man.
Gene Cernan was at least a nominal Catholic most of his life. Not sure if he died one. I pray for the repose of his soul.
Few know Cernans’s most dangerous mission was not Apollo 17, was not on Apollo at all, but was on Gemini 9A. During the mission he was to perform only America’s second spacewalk, the first since Ed White briefly flew outside Gemini 4. What most people did not know at that time, is that White barely made it back inside the spacecraft. His inflated pressure suit did not want to fit in the cramped capsule and he and commander Jim McDivitt struggled mightily to get it closed. As a result, White got quite severely overheated.
Well, White’s walk lasted perhaps 20 minutes, whereas Cernan’s was scheduled to last several hours. However, he also ran into problems with inadequate cooling in his spacesuit, especially when in the 250 degree temperatures on the sunny side of the world. Physical exertion, of which there was plenty, made him sweat profusely. Then, when the capsule went around the night side of the earth, all that moisture inside his suit froze. His visor was almost completely frosted over and Cernan was blind. He barely managed to make it back inside the ship, and probably had a heat stroke trying to get the hatch shut.
Cernan and Stafford repeated their two-man team on Apollo 10, when another accident could have killed them both. An incorrect setting on a guidance computer caused their Lunar Module to tumble out of control while practicing the landing maneuvers that Apollo 11 would perform on the first lunar landing. The telemetry showed the LM “Snoopy” doing three 360s before Stafford flipped the switch to go from backup abort guidance to the Apollo Guidance Computer. That fixed it.
Non Sequitur But Awesome: Massive New Oil Discoveries in Texas November 17, 2016Posted by Tantumblogo in awesomeness, fun, It's all about the $$$, non squitur, shocking, Society, technology, Victory.
Two massive new oil discoveries in West Texas, to the tune of nearly 30 billion barrels, have now increased Texas’ likely recoverable reserves to around 100 billion barrels, putting the state in the same ballpark of recoverable reserves as such petrochemical giants as Iraq and the UAE. Massive recoverable deposits in shale beneath the already heavily produced Permian Basin are coupled with a new find in an area long considered unsuitable for oil fields, the Davis Mountains region of far West Texas. That’s great news for a part of the state that has long been economically depressed and very sparsely populated.
Anyhoo, good news for the oil patch, which always has a spillover effect on the entire economy of the state. There will be – God willing – a lot of very good paying jobs and careers opened up by this, for the people most ignored and left behind in our free trade manufacturingless economy; blue collar whites, the same people largely responsible for electing Trump:
The US Geological Survey said Tuesday that it assessed what could be the largest deposit of untapped oil ever discovered in America.
An estimated average of 20 billion barrels of oil and 1.6 billion barrels of natural gas liquids are available for the taking in the Wolfcamp shale, which is in the Midland Basin portion of Texas’ Permian Basin. [But reserve growth may see this find exceed 20 billion barrels by a large margin, if it is economically recoverable]
Based on a West Texas Intermediate crude oil price of $45 per barrel, those deposits are worth about $900 billion.
US oil exploration companies have flocked to the superrich Permian Basin in recent years and used shale-drilling technology to create an oil boom that simultaneously helped trigger a price crash two years ago. The count of active oil rigs fell with prices, but has risen over the past few months, mostly in the Permian. Bloomberg noted that the Wolfcamp, where this deposit was found, has been one of the primary targets of shale drillers.
“The fact that this is the largest assessment of continuous oil we have ever done just goes to show that, even in areas that have produced billions of barrels of oil, there is still the potential to find billions more,” Walter Guidroz, program coordinator for the USGS Energy Resources Program, said in a statement.
The other find, from last September:
The Houston oil exploration company Apache has made one of the biggest U.S. oil and gas discoveries in years, finding the equivalent of more than 15 billion barrels of oil in a relatively unknown quadrant of West Texas’s Permian Basin, the company said Wednesday………
………..Apache said it’s new field holds more than 3 billion barrels of oil – nearly the equivalent of an entire year of U.S. crude production – and 75 trillion cubic feet of natural gas, making it the company’s biggest U.S. discovery ever and one of its most important worldwide. The field, which sits in the western subsection of the Permian known as the Delaware Basin, surpasses Apache’s gas finds in British Columbia of more than 50 trillion cubic feet in 2012 and of about2 trillion cubic feet in Egypt’s Qasr field in 2003.
Man, that is literally middle of nowhere, Texas. Between Fort Stockton and Van Horn is one of the most sparsely populated regions of the entire lower 48.
This is also potentially extremely good news for US energy independence. While we presently import very little oil and gas from the Mideast, we do import quite a bit from other sources. That’s a huge outflow of money, and always a potential security risk. Fortunately, our number one oil provider, Canada, rarely gets frisky.
A nice, long, 30 year oil boom would surely be a wonderful thing for lots and lots of people. At least with Obama leaving office and no Shillary we won’t have to worry much about an EPA-induced termination of fracking, which is behind all these discoveries.
Late n’ Rare Flightline Friday: The World’s Worst Carrier, Kuznetsov October 24, 2016Posted by Tantumblogo in Admin, asshatery, disaster, Flightline Friday, foolishness, fun, non squitur, pr stunts, silliness, Society, technology.
A lot of folks apparently got excited last week when, for the 7th time in its nearly 30 year history the broken down, way too small, horribly designed (and only) Russian carrier the Admiral Kuznetsov put to sea to ostensibly conduct combat operations off of Syria. If the carrier makes it to the Eastern Med – which is by no means certain, given its deplorable history – Kuznetsov will take party in combat operations for the first time with its tiny fixed wing fleet of 16 Su-33 aircraft.
But first she (or, as the Russians say, he) has to get there. And that’s been the problem in the past. Even when Kuznetsov made it to Eastern Med, she was generally in too poor condition to actually do anything remotely military. Her freshwater condensers constantly crap out, meaning they can’t run the turbines, meaning the ship has to be towed back to port. Why else do you think the Russians never let Kuznetsov put to sea without the world’s largest tug as escort? Does the US Navy do this, with their carriers? The Japanese? Italians? Spanish? Even the Brazilians? No, no they do not.
Kuznetsov was a product of two disastrous characteristics: inexperienced, frankly incompetent design, and late-Soviet-era build standards. Coupled together, and you have one of the most poorly designed and built ships ever to slide down the ways. Her horrific design and shoddy workmanship are legendary. The phased array antennas on the island? – they’re concrete ballast, as the real radar was never made functional. The plumbing is worthlessly rusted out in half or more of the ship. Basically half of the ship is unlivable. The ship is only marginally large enough to handle the huge Su-33 tactical aircraft, and can only carry a handful of them, really barely enough to protect the carrier (if that), let alone project power anywhere. And her power plant…….a large steam unit……….has always been her most pronounced weak point.
It appears to have gotten even worse. While passing through the English Channel, Kuznetsov belched forth such hideous, thick plumes of smoke from her oil fired engines that I seriously doubt she could conduct flight operations under such conditions. See, carriers, when they do flight ops, always turn into the wind. Pilots trying to land on Kuznetsov would be rendered almost totally blind by these clouds of incredibly dense smoke emanating from the ship and flowing straight into their approach path to land. And this was while cruising at a leisurely 7-8 knots, not the 25+ generally required for flight operations. I would wager she can’t come close to that speed with engines in such dire shape*. If she can, her pilots will probably be splattered all over the round down trying to land.
Wow. They are either using incredibly dirty, unrefined oil, or those engines have unbelievable problems. Likely a bit of both.
This is not made up stuff. How to deal with carrier smokestack emissions prior to the advent of gas turbines and nukes was a huge issue. That’s one reason US carriers wound up with their islands so far back, which generally prevented the gasses from spreading so much they seriously affected visibility. On earlier Essex class carriers, with islands roughly midship, this was much more of a problem. The Japanese, on their WWII carriers, actually vented the boiler gasses downward, below the level of the flight deck, to try to deal with this.
Of course, US and allied pilots go through the training hell of learning to make night traps using only mirror, ball, and the screams of the LSO. Those landings are dang near blind, so it was generally less of a problem for US naval aviators even when we still had oil-fired carriers (which, we don’t. The last were retired nearly 10 years ago).
So don’t get too worked up over Putin’s latest bluster. This one is much more show than go. That’s all any combat operations conducted from Kuznetsov will be, if there are any – show. And it will be another hellish cruise for her crew, which despises the ship to the extent they mutinied a short while back. This is a ship that has spent over 95% of her 30 year career tied up pierside or in drydock. She’s a floating disaster, and the Chinese were probably suckers to gain most of their carrier knowledge, and their currently only operational carrier, from the incompleted hulk of Kuznetsov’s sister, now finished and called Laioning by the Red Chinese. She has all the same engines and other design flaws of the original, and to date hasn’t put to sea very often at all, by Western standards.
I loved the jokes on Ace: the world’s first wood-, or possibly peat-, burning aircraft carrier. I don’t think Lexington put out that much smoke after taking multiple Jap torpedoes at Coral Sea.
*- In fact, Kuznetsov has apparently never come close to her design speed of 29 kts
Non Sequitur Post of the Week – NIJ Standards for Body Armor October 12, 2016Posted by Tantumblogo in Admin, blogfoolery, Dallas Diocese, firearms, fun, non squitur, silliness, technology.
Totally non sequitur, just an FYI for those who have no idea what we’re talking about in some other comment threads, the National Institutes of Justice body armor rating levels. I wonder if Bishop Farrell would have ever gotten around to impugning those of his flock who make use of passive defense, as he did so often against active defense (firearms)?
Drat, I guess we’ll never know now. Keep praying for our new bishop, whoever he may be.
BTW, Camper, this list more or less confirms that you are correct, Level IIIA is generally considered proof against most submachine gun rounds, which makes sense, since most subs fire 9 mm, .45, or similar handgun rounds, though at somewhat higher velocity than standard hand guns. Also remember that all soft body armor is pretty much useless against pointy weapons like knives, swords, battleaxes, broad-point arrows, etc.
|NIJ LEVEL I:
This armor protects against .22 caliber Long Rifle Lead Round Nose (LR LRN) bullets with nominal masses of 2.6 g (40 gr) impacting at a minimum velocity of 320 m/s (1050 ft/s) or less and 380 ACP Full Metal Jacketed Round Nose (FMJ RN) bullets with nominal masses of 6.2 g (95 gr) impacting at a minimum velocity of 312 m/s (1025 ft/s) or less.
|NIJ LEVEL IIA:
(Lower Velocity 9mm, .40 S&W). This armor protects against 9mm Full Metal Jacketed Round Nose (FMJ RN) bullets with nominal masses of 8.0 g (124 gr) impacting at a minimum velocity of 332 m/s (1090 ft/s) or less and .40 S&W caliber Full Metal Jacketed (FMJ) bullets with nominal masses of 11.7 g (180 gr) impacting at a minimum velocity of 312 m/s (1025 ft/s) or less. It also provides protection against Level I threats. Level IIA body armor is well suited for full-time use by police departments, particularly those seeking protection for their officers from lower velocity .40 S&W and 9mm ammunition.
|NIJ LEVEL II:
(Higher Velocity 9mm, .357 Magnum). This armor protects against .357 Magnum jacketed soft-point bullets with nominal masses of 10.2 g (158 gr.) impacting at a velocity of 425 m/s (1,395 ft/s) or less and against 9mm full-jacketed bullets with nominal velocities of 358 m/s (1,175 ft/s). It also protects against most other factory loads in caliber .357 Magnum and 9mm as well as the Level I and IIA threats. Level II body armor is heavier and more bulky than either Levels I or IIA. It is worn full time by officers seeking protection against higher velocity .357 Magnum and 9mm ammunition.
|NIJ LEVEL IIIA:
(.44 Magnum; Submachine Gun 9mm). This armor protects against .44 Magnum, Semi Jacketed Hollow Point (SJHP) bullets with nominal masses of 15.55 g (240 gr.) impacting at a velocity of 426 m/s (1,400 ft/s) or less and against 9mm full-metal jacketed bullets with nominal masses of 8.0 g (124 gr.) impacting at a velocity of 426 m/s (1,400 ft/s) or less. It also provides protection against most handgun threats as well as the Level I, IIA, and II threats. Level IIIA body armor provides the highest level of protection currently available from concealable body armor and is generally suitable for routine wear in many situations. However, departments located in hot, humid climates may need to evaluate the use of Level IIIA armor carefully.
|NIJ LEVEL III:
(High-powered rifle). This armor, normally of hard or semirigid construction, protects against 7.62mm full-metal jacketed bullets (US military designation M80) with nominal masses of 9.7 g (150 gr.) impacting at a velocity of 838 m/s (2,750 ft/s) or less. It also provides protection against threats such as 223 Remington (5.56mm FMJ), 30 Carbine FMJ, and 12-gauge rifled slug, as well as Level I through IIIA threats. Level III body armor is clearly intended only for tactical situations when the threat warrants such protection, such as barricade confrontations involving sporting rifles.
||NIJ LEVEL IV:
(Armor-piercing rifle). This armor protects against .30–06 caliber armor-piercing bullets (US military designation APM2) with nominal masses of 10.8 g (166 gr.) impacting at a velocity of 868 m/s (2,850 ft/s) or less. It also provides at least single-hit protection against the Level I through III threats.
Level IV body armor provides the highest level of protection currently available. Because this armor is intended to resist “armor piercing” bullets, it often uses ceramic materials. Such materials are brittle in nature and may provide only single-shot protection since the ceramic tends to break up when struck. As with Level III armor, Level IV armor is clearly intended only for tactical situations when the threat warrants such protection.
Frightline Friday: Lockheed to Develop Mach 20 Strike System September 23, 2016Posted by Tantumblogo in Admin, Flightline Friday, fun, history, non squitur, silliness, technology.
DARPA has been working on this for over a decade, with not exactly stellar success. Called originally Prompt Global Strike, as people began to wrap their heads around the “Global War on Terror” in the early 00s, they began to comprehend how useful a weapon system that could be launched from CONUS and hit a target anywhere in the world within 30-40 minutes.
Some bright folks at the Air Staff exclaimed: “Why, we have ICBMs that can do that! We just need to put a conventional warhead (or not) on an ICBM and, voila!, capability created!” Someone then said……how would the Russians or Chinese feel about an ICBM launch from the US, even if told about it in advance? How would they feel about ICBM warheads sailing overhead in route to a target in Afghanistan or Yemen? Back to the drawing board……..
So began what has turned into a long-term effort to develop what amounts to a sort of hypersonic cruise missile, launched from a bomber or perhaps a sub and carried aloft to a high, but nowhere near orbital, altitude, and flying to the target at speeds between Mach 5 (3500 mph) and Mach 20 (14,000 mph).
There have been a number of programs – Hypersonic Test Vehicles HTV-1, HTV-2, X-43, X-51, and the Advanced Hypersonic Weapon. Their success rate has been around 50% so far. HTV really never quite worked and seems to have been cancelled. AHW seem to be ongoing. All of these follow a “depressed,” atmospheric trajectory deliberately, to prevent other nuclear armed powers from believing they are being attacked with ballistic missiles. How excited they will become at a Mach 20 scramjet coming in their general direction remains to be seen.
The US is hardly the only country pursuing this technology. China and Russia both are, and the Chinese program may be more advanced than the US at this time.
Perhaps to redress that, DARPA awarded a $150 million contract to Lockheed to develop a new Tactical Boost Glide weapon. $150 is probably chicken feed to develop something so radically advanced, but perhaps that’s just for starters:
Lockheed Martin just won a $147 million contract to build a vehicle capable of flying at speeds of Mach 20. The goal is to create a high-speed delivery system that could bomb targets thousands of miles away in an hour or less. It’s similar to what other countries, including Russia and China, are working on.
Tactical Boost Glide (TBG) will be an air-launched boost glide weapon system. The TBG itself is a aerodynamic, arrowhead-shaped vehicle fitted on the nose of a rocket. The rocket in turn is carried by a large aircraft such as a B-52 bomber, which would carry the rocket to high altitude and then launch it. The rocket boosts TBG to an evenhigher altitude, whereupon a scramjet or ramjet kicks in and quickly accelerates it up to hypersonic speeds. TBG then glides unpowered the rest of the way to the target.
How fast will TBG go? A nearly identical program concluded in 2011 reached speeds of Mach 20. At that speed, a hypersonic vehicle could travel from New York City to Los Angeles in 12 minutes, or London to Sydney in 49 minutes.
Hypersonic is the next frontier in weaponry. The super-fast speeds could make it possible to destroy a faraway but time-critical target—say, a North Korean missile fueling on the launch pad or a terrorist meeting in a remote location. Hypersonic speed also makes interception very difficult—and makes the actual vehicle a weapon when the kinetic energy of an object traveling at Mach 20 is transferred to a target.
Meh. Prompt Global Strike, like unmanned systems, is more of a politician’s dream than what I suspect will become a real military capability. Politicians love unmanned systems for the promise of being able to fight wars without much risk of loss of US life. I pray to God they never become really capable, or we’ll be killing people around the world without end at a far higher rate than we do now. There’d be no end to it.
Don’t get me wrong, hypersonics have great utility and I think they will eventually come along, but I think Mach 20 is quite a reach. The temperatures and pressures at that altitude (~200,000 ft) are fantastic – hundreds if not thousands of PSI, 3500 degrees F. Mach 5-8 seems much more reasonable, and the technology to handle those temps and pressures has been around a long time.
The earlier X-43:
A successful hypersonic weapon, whether an air-breathing scramjet powered vehicle, or one that glides after initial boost to terrific speed, can be much more difficult to intercept than an ICBM RV because they are not on a fixed ballistic profile, and will likely be capable of something like aircraft like maneuvers, albeit, at enormous speeds.
Long ago, the Air Force had a project for a replacement to the venerable B-52. The replacement was called the XB-70. It was killed largely due to McNamara’s inveterate dislike for bombers, which stemmed from several reasons, most of them faulty. The XB-70 was killed because it was designed to fly at Mach 3.2 at 70-80,000 ft. With the shootdown of Francis Gary Powers U-2 in 1960, some felt that high altitude was too dangerous, due to the proliferation of surface-to-air missiles that could reach the same or higher altitudes.
However, one massive bit of the equation McNamara missed was the difference in performance. At 70,000 ft, the U-2 cruised at about 400 mph. That’s all it could do. The B-70 would have been 5 times as fast. While the B-70 had a much larger radar cross section and could thus be detected sooner, 30 years of operation with the SR-71 proved that the high-altitude domain had not been rendered implausible due to surface to air missiles. Flying at the same speeds and altitudes, the SR-71 was targeted and fired upon by SAMs literally hundreds of times, but not one was ever shot down or even damaged.
The reason is that even very large SAMs have very little energy left when they get to that kind of extreme altitude, and the aircraft are often about as maneuverable (if not more) than the SAM way up there in the up there. Also, the enormous speed of the SR-71 (or B-70) means that even a slight change in course results in a displacement of the flight path on the order of miles within a minute or less. So, the SAM, targeted to a particular spot in the sky where the fast, high-altitude aircraft is expected to be, winds up missing by a huge distance when the aircraft turns to avoid. Really no air defense systems of the 60s-90s timeframe could react quickly enough, or had missiles with high enough flight performance, to hit a maneuvering target at those speeds and altitudes.
And that doesn’t even begin to factor in the very advanced electronic countermeasures an aircraft like the B-70 or SR-71 would have or did carry. An ICBM RV is simple to shoot down by comparison, being on a fixed ballistic trajectory – albeit very, very fast – it WILL be at a certain point in the sky at a certain point in time and there is nothing that can be done to change that. Get an interceptor to that same point at the right time, and you have a kill.
The Russians now purport to have “maneuverable” RVs (with attached rockets or lift devices to deviate from the fixed ballistic trajectory) able to defeat missile defense systems, but they a) drastically exaggerate their capabilities, and b) fail to note that they are so heavy and cumbersome that they have a huge negative impact on the ICBM’s limited payload/range capabilities.
The prototype XB-70 #2 reached a peak speed of Mach 3.07 and an altitude of 72,800 ft during it’s test program. The production B-70s would have been equipped with more powerful engines and able to fly faster and quite a bit higher.
But I guess that’s a story for another day.