Dark spot under cockpit of A-10s
aviation.stackexchange.com
aviation.stackexchange.com
"The recoil force of the GAU-8/A[16] is 10,000 pounds-force (45 kN),[3] which is slightly more than the output of one of the A-10's two TF34 engines (9,065 lbf / 40.3 kN each).[17] While this recoil force is significant, in practice cannon fire only slows the aircraft a few miles per hour in level flight."
The gun firing produces more force through recoil on the plane then is produced by one of the plane's engines. That is simply amazing.
Edit: The guns wiki page(it has a wiki page).
> The GAU-8 Avenger fires up to sixty one-pound bullets a second. It produces almost five tons of recoil force, which is crazy considering that it’s mounted in a type of plane (the A-10 “Warthog”) whose two engines produce only four tons of thrust each. If you put two of them in one aircraft, and fired both guns forward while opening up the throttle, the guns would win and you’d accelerate backward.
> To put it another way: If I mounted a GAU-8 on my car, put the car in neutral, and started firing backward from a standstill, I would be breaking the interstate speed limit in less than three seconds.
More likely, you would have a cabrio in 1.62 seconds.
http://i.imgur.com/CFtOzAD.jpg
;)
As good as this gun would be as a rocket pack engine, the Russians built one that would work even better. The Gryazev-Shipunov GSh-6-30 weighs half as much as the GAU-8 and has an even higher fire rate. Its thrust-to-weight ratio approaches 40, which means if you pointed one at the ground and fired, not only would it take off in a rapidly expanding spray of deadly metal fragments, but you would experience 40 gees of acceleration. This is way too much. In fact, even when it was firmly mounted in an aircraft, the acceleration was a problem:
[T]he recoil … still had a tendency to inflict damage on the aircraft. The rate of fire was reduced to 4,000 rounds a minute but it didn't help much. Landing lights almost always broke after firing … Firing more than about 30 rounds in a burst was asking for trouble from overheating …
But if you somehow braced the human rider, made the craft strong enough to survive the acceleration, wrapped it in an aerodynamic shell, and made sure it was adequately cooled... ... with a GSH-6-30, you could jump mountains.
When we look at cutaway drawings of the A-10, we see that it's almost more like the A-10 is mounted on the GAU-8 Avenger. Seriously, it's a pretty major part of the fuselage!
http://www.foodman123.com/cut42.jpg http://img143.imageshack.us/img143/5306/v38136usa10fairchild...
I say all that as a huge fan of the A-10c, with many hours spent in the DCS sim. People seem to get bizarrely hyperbolic over the capabilities of this plane, but it's really a dinosaur.
I ask as an actual A-10C pilot, with many more hours flying it than you have in a "sim".
I wonder if there has been an affect like that on the A10s. And I wonder if anybody who knows is actually allowed to tell us.
But, seriously, there's that old saying: the only way to bring down an A-10 is to put a suicidal pilot in the cockpit.
You're neglecting one of the most valuable roles for the A-10: close air support for ground troops in contact.
In that situation (read: the entirety of our conflict in Afghanistan/Iraq) tanks had NO ROLE. You're fighting a highly mobile ground force that often have an armament/position advantage and that's where the A-10 CAS really really makes a difference. Nobody fought TANKS in Afghanistan.
Ask anyone who's been in contact with the enemy how they feel when they hear that distinctive "BRRRRRRRAAAAAP!"
It's like FSCKING CHRISTMAS.
My father worked on A-10s in the Air Guard, I thought was very familiar with them... but it wasn't really until I saw that video that I realized how terrifying they are in the appropriate situation. While the above video is a friendly-fire close call, you're probably not going to find video like that from the other side of the line.
Having that pilot in that seat removes the need to replicate the kind of situational awareness you have when you're flying your plane 100-1000 feet off the ground and making passes to identify who is who so you avoid a friendly fire incident. Until we have the kind of immersive, low-latency, realtime kind of virtual reality you'd need, using drones for CAS is a pipe-dream.
Doing close air support you want A-10 pilots or Marines.
Even if the machine could not be retrofitted for carrier operations, the Corps could fly them from airfields ashore, and would really value an excellent ground-attack aircraft, and would take good extra-special care of them.
[1] in the Marine Corps Gazette I think.
Secondly, not every enemy has the latest tank. In fact, most potentially hostile nations (speaking from the POV of NATO) do NOT have modern tanks.
Because tanks only have that sort of armour on their frontal aspect and turret sides, and the top armour is very thin. Even if the turret top is armoured enough it is likely the engine deck can be penetrated and produce a mobility kill.
Also, hardly anyone besides the US and extremely close allies has ultra-modern tanks like late series Abrams or the Challenger II (and I have seen no evidence that those tanks are immune to the GAU-8).
P.S. There are also cheap ways to reduce shape charge effectiveness that don't work against solid penetrators. Things like the TUSK upgrade are designed to defeat RPGs not 30mm cannon.
That was a fairly long time ago, but unless armor has made huge progress since then, producing something hard enough to deflect this kind of force and yet light enough that the tank can move, I'd still bet on an A10 against anything rolling on the ground.
The top of a tank not so much and if you blow a track of that's a mobility kill - almost as good as a full brew up.
How about building a ground support platform that can deal with this? Apparently, the Army has tried with helicopters with instrument pods above their rotors, so they can target enemies from behind cover. Perhaps the solution will be many small drones taking the place of one manned aircraft.
After an AC-130 was shot down in Iraq, they only fly at night.
This one came back with bullet holes, but still had both wings.
http://skeptics.stackexchange.com/questions/9884/did-an-f-15...
An F-8 Crusader Navy jet could take off with its wings still folded, then come around and land again.
http://en.wikipedia.org/wiki/Vought_F-8_Crusader#Operational...
(Search for "wings folded". I like the part about the pilot complaining that the controls felt "heavy.")
http://www.ww2aircraft.net/forum/aviation/can-gun-recoil-rea...
Yes, but AFAIK, the A-10 is the only plane that was designed by starting with a BFG, then building a plane around it.
http://en.wikipedia.org/wiki/Bell_P-39_Airacobra#Circular_Pr...
The A10 doesnt do this either of course. It produces more recoil force than one engine, but not both.
The A-10 engines were initially susceptible to flameout when subjected to gases generated in the firing of the gun. When the GAU-8 is being fired, the smoke from the gun can make the engines stop, and this did occur during initial flight testing. Gun exhaust is essentially oxygen-free, and is certainly capable of causing flame-outs of gas turbines. The A-10 engines now have a self-sustaining combustion section. When the gun is fired the igniters come on to reduce the possibility of a flame-out.
When I was younger we went to a nature preserve that is adjacent to the gunnery range at Moody Air Force base. We went up in an observation tower overlooking the preserve and watched A-10s do strafing practice. The sound of the GAU-8 main gun is something you have to hear to believe. If bad intentions have a sound it's that gun.
Regardless, the A-10 is an anachronism now. Its chief advantage was its ruggedness and ability to properly explore the battlefield when attacking unlike faster, more fragile aircraft... and now they have drones that fill that role of "slow enough to look around before opening fire and we don't care quite so much if it gets shot".
True
>Its chief advantage was its ruggedness and ability to properly explore the battlefield when attacking
Well, not really. While those are both big advantages it enjoys, its chief advantage and the mission is was designed for was that it carries enough ordinance to stop a Soviet tank column rolling into Germany in its tracks.
The A-10 is absolutely overkill for any modern CAS mission, and the airframes are simply 40 years old. Extending their life is only a temporary solution; they'll have to be replaced sooner or later. When they are replaced, there really isn't much of an argument for building a direct replacement instead of farming its various roles out to other platforms {hang and wait: predator, strike: f-35, CAS: Apache}
If we don't need them there would probably be some interested parties in Eastern Europe right about now...
Destroying: - more than 1,000 tanks - 1,200 artillery pieces - 2,000 other military vehicles Confirmed kills include: - 967 tanks - 926 artillery pieces - 1,306 trucks - 501 armored personnel carriers - 28 command posts - Successfully hunted and destroyed SCUD missiles - Suppressed enemy air defenses - Attacked early warning radars
Those numbers to 5 losses in Desert Storm alone...
I put "declassified" in there because I saw a video a few years ago that claimed to show an A10 ripping through a tank. No idea what those rounds were.
Like greedo alluded to, MBT armor is usually concentrated in the front (and angled) to defeat rounds from other tanks fired from roughly on the level, they tend to skimp everywhere else, and especially on the top.
Stuff like loiter times to find the tank, risk to pilots. I bet pilots are the most expensive component in the aircraft. Wikipedia says a helfire is $68,000 usd. Say you fit 8 on an aricraft, how many depleted uranium rounds must you have to take out 8 targets (and account for misses). That takes logistics to move, occupies room.
Proof right here: http://www.youtube.com/watch?v=8wQ0BXExYkg
The commentary is priceless on this one.
More proof right here: http://www.youtube.com/watch?v=PrhoYnpgm-g
Get goosebumps every time I watch those. Too bad they're being retired.
The cannons on the A-10 sounds like an angry bull.
It sounds like two-three main sounds. There's a snappy one, then a grunty one, then a crackly one.
Is the snappy the bombs exploding reaching, the grunty the gun sounds reaching the mic and the crackly one some kind of secondary explosion?
One of my favorite military planes for sure. Sad that it's getting decommissioned but it has served us well.
It's a shame that it's being mothballed. The Air Force has always hated the plane. It's a shame we can't just turn it over to the Army.
Lucky for US Army, South Korean govt supposedly declined the offer.
The A-10 can get to the scene faster, that's about it.
After an AC-130 was shot down in Iraq, they only fly at night.
The software and sensors have always been the major limiting factors but the US definitely sees the value of the AC-130, so there's has been a good amount of money put into it, and it's paid off.
The crash in Iraq was in 1991, 23 years ago. Since then the crew size has decreased, software has gotten exponentially better, hardware has gotten dramatically better, and they've learned from incidents to protect the crew.
Large SAM targets should always be taken out first with cruise-missiles or bombs from a high altitude. Handheld SAM launchers like the one that shot the AC-130 in Iraq down are possible to prevent with sufficient chaff (which the AC-130 has a good amount of) combined with fast enough software and senors to detect the missile. There are even more counter-measures in the new versions of the aircraft and there was a ton of money spend to preventing the loss
I really don't see why a system can't be developed these days that can effectively destroy any SAM missiles by having a dedicated cannon which can auto-target and engage any SAM, considering the processing abilities and advanced sensors available today.
The AC-130 could be the future of combat if we can perfect SAM countermeasures, which we are spending lots of money on.
Oh yeah, I forgot about flak and cannon fire from the ground. Maybe that's why it hasn't been used more. Maybe they'll be able to create advanced light-weight armor and make them autonomous eventually. Lasers and rail-guns would probably render the AC-130 ineffective though.
It's basically a flying battleship.
Here's a cool video of JATOs being used 30+ years ago:
http://www.military.com/video/aircraft/military-aircraft/top...
Surely that would vary depending on which side the soldier was fighting on?
This is going in the quotes file. I logged in just to upvote you for that.
For proof, look at the story of Kim Campbell:
http://www.badassoftheweek.com/kimcampbell.html
The article has loads of good pictures of the plane, the gun, and the damage she took over Iraq. It's amazing to see.
I've only heard it in videos, and all I could think of is that it sounds like God Himself farting. You can't hear individual reports, just one long BRRAAAAP.
The A-10 is a cold war designed attack jet to be used to take out Soviet tanks. Its really good at slow (relatively) , guided, precise air-to-ground strikes. I think it would make a good candidate for a new class of a drones fleet.
An aircraft like the A10 (and a helo like the Apache, as noted below) has a huge benefit over a drone in its ability to stay on station. As also noted above, other aircraft like F16, F15, etc move fast and generally come in, take out a single target, and move out. A10 can circle, move slow, and continue taking out targets as they appear.
You may take out one or two armored vehicles visible on the battlefield, only to have more pop up over a ridge after your CAS has departed. An aircraft that can stay on station has a tremendous benefit.
Survivability of course matters in something like Close Air Support, with a long on-station time. As I recall, the armoring on the A10 is staggering (Wikipedia says 1,200 pounds (540 kg) of armor just for the cockpit and main aviation systems).
With the Apaches as well, the advent of the Longbow mast (360º radar mounted above the main rotor) after Desert Storm gives it an incredible ability to stay out of view, and pop up just long enough to get a weapon off. I believe the concern with attack helicopters though is tremendous susceptibility to fast movers, and even ground attack by RPG (Al Qaeda in Somalia perfected the art of short fuse detonation of RPG rounds near the rear stabilising rotor. See: Black Hawk Down)
Infantry support seems to be something that historically the military continues to forget until they suddenly need it, and scramble to stopgap a solution from whatever is laying around. It wouldn't be surprising if the A-10 comes back from the dead in some future conflict for just that reason.
[1] http://www.vanityfair.com/politics/2013/09/joint-strike-figh...
Typical payloads on MQ-9 Reapers go up to 4 Hellfires and 2 500 pound bombs at one time. It's still a lot less than an A10 but it's enough for many situations.
airframe per airframe, sure.
dollar per dollar (either production costs or operations/support cost)? Less likely.
There's a very good reason why there were so many specialized aircraft in the first place.
Which it can't, of course, but since admitting that would require keeping the other planes, which would require canceling the F-35, which can't happen, everybody has sort of agreed to pretend it can.
In the year 2054, the entire defense budget will purchase just one aircraft. This aircraft will have to be shared by the Air Force and Navy 3-1/2 days per week, except for leap year, when it will be made available to the Marines for the extra day.
(From Joseph Tainter)
Diminishing returns to complexity. Drones would, of course, be one way of addressing this phenomenon.
Hope we don't declare victory with the F-35, field it, and then suffer in our next serious war....
Our airforce is usually a bit more than 100 fighters. Always has been. Now we're going to get about 30 F-35s, and they're going to be slower and less maneuverable than our old F-16s. But they have stealth, and some other fighters that we don't have can take off and land vertically, so it's all good I guess.
I seriously think this is going to be the end of western air supremacy.
> The aircraft is designed to fly with one engine, one tail, one elevator, and half of one wing missing.
It would (a drone fleet could have an even better "hang time" than an A10) but afaik there's no such class right now, and there's definitely no plan to build drones around the Avenger.
I could see the US military fielding a drone built around a 20-mm Gatling gun to fill the void left by the A10, if they really felt that bullets were better than Hellfires for the role.
Well, Drones currently carry a single hellfire (at best), the unit cost is $68000 and the anti-personnel version is pretty nasty (it's a thermobaric warhead). A gatling-type cannon provides better precision, more staying time and much cheaper (even for the A10's 30mm, rounds are ~$750 per hundred for HE to ~$1300 per hundred for DU, 20mm rounds are $300 per hundred for HE to $500 per hundred for SAPHEI, you can literally get a truckload of high-caliber rounds for the price of each Hellfire).
What?
https://en.wikipedia.org/wiki/MQ-9_Reaper - at least 4 missiles.
As it is, drones are only going to get bigger and better performing.
Air Force should just hand over A-10 to Army, the ones who really know how valuable A-10 is.
I love how simple yet effective it is. A very "just-use-a-pencil-in-outer-space"-type solution.
Actually, even though it is an urban legend, it is something I could see the USSR doing with their disregard for their astronauts' safety.
False cockpit aside, the A-10 is my favorite plane of all time. It has a sound that's really unmistakable.
(well, technically I guess it's the GAU-8 making the sound...)
The village where I grew up in Scotland is on a headland on the coast and was near a couple of RAF bases - it seemed a popular route point so my childhood had a lot of very low flying military aircraft about so I guess we were all used to the noise.
Then came the day when there was a Vulcan bomber doing apparently doing aerobatics at a fairly low level over the village - it's probably close to 40 years but I don't think I will ever forget that utterly glorious sound....
[Edit: the sight of a Vulcan being thrown around the sky isn't something I'll forget either!]
http://www.youtube.com/watch?v=YzdtYU7i_jY
I have to assume that the secret UK war plan wasn't to drop H-bombs on the Soviets but to deafen them into submission.
So the A-10 community adopted it second-hand.
No, the plane does not slow down when you shoot the gun.
Source: I have almost 3000 hours in this plane. Flew today, actually.
Deleted comment
This thread got cross-linked to some forums where ACTUAL COMBAT VETS frequent. You'd be wise to ask your questions of them instead of talking out of your ass.
http://www.youtube.com/watch?v=mxDSiwqM2nw
Themes of bloat and unwarranted complexity are perhaps universal.
This camouflage was effective not at hiding the ship, but denying the U-Boat captains the ability to see in which direction it's moving to properly launch torpedoes. The patterned painting makes it harder to find where the bow is pointing to.
That is probably why they included the hyperlink.
http://99percentinvisible.org/episode/episode-65-razzle-dazz...
Probably one of my greatest memories from NTC is being on a hill, and having an A-10 crest the hill, inverted, and then roll over as it continues down the other side on its way to attack a column of OPFOR armor. F-16s and F-18s would just zip right by and be gone in a second. The A-10s would lazily swing back and forth as they worked their way down the valley.
I was expecting something like that from the title...
Welcome to a world of anti-machine-vision camouflage.