During the Cold War, Boeing developed plans to load a 747 with as many as 72 air-launched cruise missiles to serve as a long-range arsenal ship capable of wiping out targets from hundreds of miles away. The design, dubbed the 747 Cruise Missile Carrier Aircraft (CMCA), could have been an extremely cost-effective alternative to America’s current fleet of heavy-payload bombers in a wide variety of mission sets.
Ultimately, the 747 CMCA never made it off the drawing board, with the Reagan administration pulling the B-1 program out of mothballs and the B-2 entering service shortly thereafter–but it may be time the United States revisited the idea of leveraging these or similarly capable commercial airframes for more than just ferrying cargo and passengers.
Why pack a 747 with cruise missiles?
On June 30, 1977, President Jimmy Carter announced that he was canceling development on America’s B-1 bomber program, citing the program’s cost overruns and advancing ballistic missile technology for the decision. The bomber would eventually find new life under the Reagan administration, eventually resulting in the B-1B Lancer that remains in service today. Northrop Grumman’s B-2 Spirit, sometimes referred to as America’s “stealth bomber,” also entered service in the ’80s, placing America’s strategic bombing capabilities right back at the top of the global military heap.
But for a short window of time, the United States seemed to be in need of a heavy-payload aircraft that had enough endurance to cross entire oceans to engage enemy targets. Some believed converting an existing commercial platform to carry the recently-developed AGM-86 air-launched cruise missiles made the most sense from an economic standpoint, and Boeing’s 747 seemed like just the right aircraft for the job.
Boeing’s 747 first took to the skies in 1969. Initially designed to compete for an Air Force cargo transport contract (which it lost to Lockheed’s C-5 Galaxy) it found renewed purpose as the first commercial airliner ever to be called a “jumbo jet,” and “jumbo” was an apt description. The 747 was a massive aircraft for its day, and the largest civilian aircraft in the world at the time. The original 747 fuselage stretched 225 feet and carried a vertical tail that stood as tall as a six-story building. It had more square footage in its wings alone than you can find in an entire basketball court, and just one of the 747’s wings was 30 times heavier than Boeing’s entire first aircraft, launched just 53 years prior.
Boeing developed the aircraft incredibly quickly–in under 16 months by their own accounting, but the effort was positively monumental nonetheless. Some 50,000 employees had a hand in the 747 program. More than 75,000 engineering drawings were produced, accounting for some six million parts and over 171 miles of wiring. In order to ensure the aircraft design was extremely efficient, it spent more than 15,000 hours in the wind tunnel, and then another 1,500 hours of flight testing.
Incredible as the aircraft was, however, it was also a serious gamble. Boeing struggled to finance the completion of its development, eventually borrowing more than $2 billion (roughly $14.9 billion in today’s money) to get it across the finish line. If the aircraft were to fail to find a market, it would have meant ruin for the company.
It may have been with that in mind that plans for the 747 CMCA began to form. Boeing knew the Air Force might be interested in an aircraft with a range of nearly 6,000 miles and the ability to carry nearly 77,000 pounds of ordnance, so they set to work on just such a proposal in 1980. If they were successful, it would mean selling their expensive new design in both commercial and military markets for cargo, personnel, and as an arsenal ship.
Related: America’s crazy flying aircraft carriers could have actually worked
The 747 CMCA
Boeing started with a 747-200C, which was a convertible airliner with a nose cargo door that could be opened to remove the seats and leave the interior empty, as well as to bring large payloads on board.
The 747 Cruise Missile Carrier Aircraft would leverage the new AGM-86 air-launched cruise missile, which was developed for exactly this sort of application, though in a different aircraft. By the 1970s, the B-52 was already looking pretty long in the tooth, and the AGM-86 had been designed specifically to increase its survivability by engaging targets from ranges that could exceed 1,500 miles–well outside the reach of Soviet surface-to-air missiles.
But while the B-52 could carry 20 of these 21′ cruise missiles, the 747 CMCA could carry a whopping 72.
The weapons would be carried within the 747 fuselage on nine rotary launchers, each loaded with eight AGM-86 cruise missiles. The missiles would be fired one at a time from the side door near the rear of the aircraft, with each rotary launcher sliding back into firing position as needed. Although the missiles were ejected one at a time, Boeing’s design was meant to be able to launch them in quick succession.
These missiles would leverage a satellite data link to receive target information while the 747 was airborne, or target information could be relayed from a command and control team stationed just behind the cockpit of the aircraft in the area usually reserved for 1st class passengers.
As a result, the 747 CMCA would have been able to deploy more cruise missiles than three B-52s combined, each with independent targets within hundreds of miles of one another. But impressive as that may be, it was the potential cost savings that made the missile-packing 747 seem like a very viable option.
Related: B-1B Gunship: Boeing’s plan to run big guns on the Lancer
Cheaper than any bomber
The B-1B Lancer that would ultimately eliminate the need for the 747 CMCA can carry a comparable payload to the 747, and its sweep-wing design and powerful General Electric F101-GE-102 afterburning turbofan engines make it both fast and extremely maneuverable for a bomber carrying so much firepower you can use school busses as a unit of measurement. But it’s also incredibly expensive, at around $61,000 per hour to fly. The B-52 is a bit pricier, at about $70,000 per hour. The stealth B-2 Spirit crushes those figures with a jaw-dropping $130,159 per hour.
But a modern 747 rings in at just about $25,000 per hour.
A large part of what makes America’s bombers so pricey to operate is the size of their respective fleets. The Air Force operates some 62 B-1Bs, 76 B-52s, and just 20 B-2s. With so few of each of these planes in existence, parts tend to be very pricey–and they keep getting pricier as all three of these bombers continue to age. Conversely, more than 1,500 747s have been built, with supply lines and maintenance infrastructure already established the world over. That means it’s not just cheaper to buy parts for the 747, it’s cheaper to get them on the aircraft that need them.
As Tyler Rogoway pointed out way back in 2014, a 747 carrying 72 cruise missiles would have been extremely handy over Afghanistan throughout the past 20 years of conflict. With its low operating cost, great endurance, and massive payload, the 747 CMCA could have been an air support powerhouse in the uncontested airspace over Afghanistan, as well as in other conflict-ridden areas like Iraq and Syria. If the aircraft had been put into service and converted to carry JDAMs of varying sizes along with small-diameter bombs over the years, the number of individual targets it could engage increases from 72 to literally hundreds. And all at a fraction of the cost of America’s current bomber options.
Related: How B-52 Bombers shot down enemy fighter jets in Vietnam
Could we see a resurgence of the CMCA concept?
Today, both the B-1B Lancer and the B-2 Spirit are slated to retire in favor of America’s forthcoming stealth bomber, the B-21 Raider. The B-21 promises to offer incredibly advanced stealth technology and the same global strike capabilities we’ve come to expect from bombers like the Raider’s predecessor, the B-2. There is a significant catch, however: The B-21 Raider is going to be quite a bit smaller than the B-2, limiting its payload capabilities to around 30,000 pounds. That’s not terribly far off from the B-2’s 40,000-pound limit, but it’s less than half of the supersonic B-1B’s 75,000 capacity.
While the B-21 will likely be more economical than the B-2 thanks to newer technology and fresher airframes, there’s no denying that operating stealth aircraft is expensive. This understanding is part of what prompted the Air Force to purchase new non-stealth F-15EXs, which offer nearly three times the lifespan at less than half the cost per operating hour than the F-35 Joint Strike Fighter. While Northrop and the Air Force both claim the B-21 program is steaming ahead on schedule and without any serious snags, just how much it costs to fly remains to be seen.
The United States is no longer conducting combat operations in Afghanistan and Iraq, but as the nation shifts back toward an era of great power competition, it seems unlikely that America’s days of conducting combat operations in uncontested airspace are over. Much like the last Cold War, the simmering tensions between the U.S. and China are unlikely to boil over into open war any time soon. This time, it’s not just mutually assured nuclear destruction keeping the dogs of war at bay, it’s also the promise of economic catastrophe.
America’s and China’s booming economies are so intricately intertwined with one another’s and the world’s at large that declaring war would be akin to detonating a nuclear bomb in the ethereal plane of global commerce. Of course, that’s not to say that America and China will get along, it’s just much more likely that the war between them will manifest in proxy conflicts in the developing world, as each nation jockeys for diplomatic leverage, resources, and strategic footholds around the globe. Avoiding war certainly isn’t a sure thing, but the Cold War model, for all its failings, did manage to stave off nuclear winter.
With America’s Special Operations forces spread apart further than ever, supporting ally and partner forces the world over in combat operations against terror cells and the like, America has a growing need for economical air support in the developing world. SOCOM’s Armed Overwatch program is aiming to meet that need, but a fleet of converted commercial arsenal ships could prove invaluable in that and similar roles.
The biggest challenge in supporting disparate operations spread throughout a massive landmass like Africa is the “tyranny of distance.” Cheap 747s converted to carry long-range cruise missiles and shorter-range munitions alike already have the endurance needed for continent-spanning missions, and that range could be extended further through in-flight refueling. In other words, in the 21st century, a 747 filled to the brim with bombs and missiles could well be the king of the battlefield.
The last production 747s are slated for delivery next year, but the effort could be even lower-cost if the U.S. were to procure used airframes for the job. Likewise, any number of newer commercial aircraft could fit the bill.
If you’d like to read more about efforts to make the 747 into a military powerhouse, you can read about the 747 AAC, which was to be a flying aircraft carrier here.
If you’re interested in other programs that could turn commercial platforms into low-cost arsenal ships, check out this discussion about turning commercial cargo vessels into missile barges here.
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I doe not think those numbers are correct for bombers. I believe it’s in the 40s not 20 B1
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Don Dieckmann says
There is no “endurance” problem, it’s a “range” issue
A 747 can fly nearly endlessly if you keep pumping jet fuel into it
Get your terminology right…I quit reading at that point
Rob Wilson says
The B-2 did not become operational in the 80’s. The artistic rendering came out in 1988. The first flight of a B-2 was July 17, 1989, and that one wasn’t even close to being operational. It officially entered service in 1997.
Prep for B-2 production was authorized and began in 1981. The six initial B-2 airframes all have 1982 tail numbers and were used for testing in the ’80s. Those six aircraft were upgraded to fully operational standards in the 1990s and added to the fleet of 15 aircraft with 1988 – 1993 tail numbers that were built from the start to operational standards.
Two additional airframes were built without engines or instruments in the early ’80s and were used for airframe fatigue testing. They were never upgraded to flight capable. One of those two non-flying test airframes was painted to look like the “Spirit of Ohio” (82-1070) and placed on display in the AF Museum at Wright-Pat. The actual “Spirit of Ohio” (82-1070) is still in service.
More than an “artistic rendering” came out in 1988. An actual B-2 (with a 1982 tail number) was first displayed to the press and public in 1988, with the stipulation that the rear of the aircraft (engine exhausts) could not be photographed. Regardless, Aviation Week managed to obtain and publish photos of the rear of the aircraft taken from the air at the roll-out ceremony, which caused a bit of a kerfuffle at the time.
The first PUBLIC flight of a B-2 was on 17 July 1989. That was not the first time a B-2 had flown.
I’m ex-AF and was at Edwards AFB in the ’80s. Between the Shuttle, the B-1, B-2. and other less well-known programs, it was a certainly an interesting time to be there.
Peter LeHew says
For those saying she would need an escort, it could carry and release its own escort when it receives indications it is in need of that role (Valkyrie like). I would also picture hypersonics and multi-domain swarms. Will it happen? No – not enough money for the big primes and cost for upgrading would go way to high just due to mission and requirements creep.
Nuclear Winter was always BS.
Regarding the “lack of speed” & vulnerability of the 747 – if the B-52 is useful, a 747 would be twice as useful & at half the cost.
peter john says
While not the A380. They are a cheap buy right now. Might be able to get a set of them for $100 million each.
100 million each??? There are so many in the desert storage you can get them for scrap value. JT9D engines are sitting in storage world wide and available because no commonly used airplane uses them. This concept is a good alternative to a nuke. Localized, multiple taylored strikes that doesn’t have the worldwide nuke stigma and fallout.
Ancient Wrench says
As an “orphan” aircraft with no commercial supply chain for support, the A380 might be cheap to acquire, but would be monumentally expensive to maintain.
This is a great idea. Those who foo foo a 747 as slow have never flown one. .95 mach is capable they just burn a lot of fuel to do it. The internal volume is immense so adding electronic defense and fuel is easy. They are versital as far as airfield capabilities. They can be loaded in friendly areas and flown anywhere. They are cheap and available. Off the shelf civilian technology is way cheaper. The only problem is political cronies don’t make lots of money.
Gilbert Alan Woodward says
ESAU, Why beat around the bush. You want to destroy the only home you have so finish it already. Putting those missiles in an old or new 747 platform would increase the chances of a country shooting down a passenger jet. It’s a bad idea no matter the COST savings.
Michael Byrd=Hero,Babbit=DeadSult says
This dumb idea should have died with the F-15X.
Once a Mach 2+ fighter locks on to them, that’s one overpriced oversized plane down and a whole lot of expensive ordinance destroyed.
This platform would operate completely outside the thread environment and launch as a stand-off.
Against China it would probably launch from east of PI or Okinawa with minimal risk. It’s not a platform that would expect to penetrate any defended airspace.
As such – might be a good platform.
Michael Byrd=Hero,Babbit=DeadSult says
Might be really isn’t good enough. USAF is already known for nutty fantasies that go nowhere.
A 747 makes a very poor standoff platform because its isn’t fast or stealthy and would need escorts to prevent interceptors from attacking it. A huge waste of resources compared to building more stealthy or supersonic bombers.
Their also very loud. So their more vulnerable to missiles compared to other aircraft.
Your comment assumes sneaking up on stuff in a single vehicle.
Conversely, quantity is a quality all of it’s own.
A WW2 style air fleet with 100 of these air stationed sufficiently distant and complete with fighter escort style craft would be able to unleash an overwhelming swarm of smart missiles. If we assume the enemy isn’t asleep and fights back we may lose a handful of the bombers. But if most of these are doing the loyal wingman robotic flying drone thing anyway, losing 10x 747’s in a sortie gone terribly wrong is still less of a ruinous disaster than losing multiple B-anythings.
A fleet of 100x angry 747’s loaded full up could pretty much ruin any number of smaller countries. The swarm scenario is in Ender’s Game, and one of the reasons the book was (maybe still is) of interest to military schools. For that matter the modern day loyal wingman/drone concept the USAF is working on currently is little more than a variant of what I described.
Just buying this platform is a massive deterrent. China would have to massively invest in air defenses to defend against such a massive saturation attack. A stealthy anti-ship naval variant of the cruise missiles could sink a Chinese fleet before it ever could get to Taiwan.
Yeah, I love this. Due to all the sabre rattling lately, around the South China Sea – quantity could come into play, over stealth and specialization. This goes right to the missile barge, container ship, missile truck concept. Of course I love it. Put all are area denial stealth platforms, advanced radars and shoot down capability out front, while your missile barges/trucks, etc. lob so much hardware at the enemy they will be overwhelmed – and coupled with attributable drones, it becomes even more difficult.
Love this concept.