Hypersonic might not be viable soon, but Boom, a new company, hopes to have a supersonic jet flying by the next decade. Boom Technology
Skift Take: It's fun to think about what the future might look like. And we could some day fly hypersonic. But just remember: There's been little innovation in the airline industry since the 1960s. Things move slowly in the commericial aviation world.
— Brian Sumers
For years, Elon Musk has used the analogy of destroying a commercial jet after just one flight to explain his view that rockets must be reusable if humans are ever to afford space exploration.
Now, the founder of SpaceX has discovered a way he might profit off that dream. He’s forming an airline of sorts, one that pledges to transport people anywhere on Earth in minutes by launching them on a rocket at speeds up to 17,000 mph. This audacious, hypersonic goal currently lies somewhere between science fiction and sound physics, although nothing in SpaceX’s rudimentary plans appears to be technically impossible.
Long before Wall Street bigwigs get vaulted from New York to Asia in less than an hour, however, the significantly slower supersonic jet travel first popularized by the Concorde may return, sharply reducing flying times on many routes popular with business travelers. Several companies are working to develop new supersonic aircraft technologies, as is NASA. But it will still take you a few hours to get to New York from Paris.
The bigger hurdle for both hypersonic and supersonic may well be the financial underpinnings of these ventures—determining how to make the technology profitable and not just the tiniest of niche transport options for the 1 percent, according to several experts in the aerospace industry.
The challenges “won’t be around whether it’s technologically feasible, it will be around what the economics will need to be to make it a reasonable endeavor,” said Luigi Peluso, a managing director in the aerospace, defense, and airlines practice at consulting firm AlixPartners LLP.
Hypersonic speed would obviously revolutionize long-haul air travel, but could anyone but billionaires afford to fly above the atmosphere, zipping anywhere on the planet like an intercontinental ballistic missile with free peanuts? Musk says yes—for about the price of a full-fare economy ticket today. That’s certainly aspirational, said Peluso, and only possible after the technology is mature. SpaceX declined to comment beyond Elon Musk’s announcement of his plans last week.
“Hypersonic is going to be pretty incredible and I think that’s something that everybody is working for,” said Vik Kachoria, chief executive of Spike Aerospace Inc., a Boston startup that’s developing a supersonic business jet. Spike plans to fly its first SX-1.2 demonstrator aircraft this week, albeit at subsonic speeds. Supersonic test flights are set for 2019, with customer deliveries in 2023.
“A pretty major difference between supersonic flight and suborbital transportation is that the former can be done without major engineering leaps”
With currently available data, it’s impossible to draw conclusions about operating costs or ticket prices for hypersonic flight. And with the arrival of supersonic options, Musk’s bright, affordable skies may be more crowded and competitive.
One way an airline can set prices is to collect all of its costs to fly a route—expenses such as jet fuel, employee compensation, landing fees, airport charges and sometimes aircraft maintenance and depreciation—and then add the profit margin it wants. That’s the approach of many ultra low-cost carriers like Spirit Airlines Inc. Another is to use what Peluso called “a value-based model” of what the market would bear for a particular service. In the case of a supersonic London-New York flight—a route with plenty of price-insensitive corporate demand—the market is likely to bear quite a bit.
For example, an airline could decide that a 50 percent margin is appropriate for a three-hour supersonic trip, given that it cuts the flight time by more than half. Colorado-based Boom Supersonic, which says it has almost 80 orders from airlines for its 55-seat jet, has projected a one-way fare from New York to London of $2,500. That includes “healthy profitability for the operator” of the 3 hour, 15-minute flight, Boom spokesman Eli Dourado wrote in an email, declining to offer more specific cost details.
“A pretty major difference between supersonic flight and suborbital transportation is that the former can be done without major engineering leaps,” he said.
In the case of SpaceX, the company’s planned “BFR” rocket would be fully reusable. That would help cut launch costs. The question is how much can they fall? SpaceX has a list price of $90 million for launches with Falcon Heavy, its largest rocket, which is expected to fly for the first time by year’s end. Currently, SpaceX charges $62 million to launch Falcon 9, its workhorse rocket.
“If that cost continues to come down as they scale, can they get it to $30 million to launch?” Peluso asked. Flying humans, however, adds extra cost in terms of safety equipment, redundancies, regulatory oversight, and other protocols. All of those factors will add to the math problem.
This is where one of the unknowns that Musk and others are racing to test comes into play: How cheaply can you launch a large rocket? Reusability is essential and SpaceX has made leaps in terms of landing the first stage of its Falcon vehicle 16 times, most of them on a drone barge floating at sea. “Seven years ago it was still considered technically impossible to recover a first stage rocket,” Peluso said.
Lower a launch cost to $5 million, fly 50 people, sell the flight at cost and suddenly you have a fare that could be around $100,000. But that scenario involves relying heavily on numerous optimistic assumptions around cost savings, and a willingness to break even on the flights as a way to promote a nascent industry. “Never say never, but that’s a heavy lift,” Peluso said of the financial path toward affordable hypersonic fares.
Hypersonic will face other questions, too. Can a rocket work like an airplane? And can passengers handle it? Flying in a commercial aircraft is nothing like the physical forces a rocket’s acceleration exerts on the human body. Notes Peluso: “That is much more complicated than launching a satellite into orbit.”
In the case of supersonic flight, airlines will need to grapple with the issue of how to integrate a premium product into their existing, slow-poke fleets. A smaller supersonic aircraft probably can’t replace the premium cabins on long-haul jets because economy fares won’t cover costs, said Kachoria of Spike Aerospace.
Spike expects that its costs will be higher than a comparably sized business jet such as the Gulfstream G650, owing to greater engine maintenance, but not considerably higher, he said. Because of its speed, “you get to fly the aircraft twice as often as the Gulfstream” and reduce crew costs, Kachoria said.
Spike’s sales pitches have gotten “a very, very positive response” from airlines, although none has yet ordered the $100 million aircraft, Kachoria said. “The airlines know this is the future, they know there’s a demand from a certain segment of the population,” he said. “Now the question is how large is that market?”
©2017 Bloomberg L.P.
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