United Airlines Plans To Buy Up To 500 Electric Flying Taxis (engadget.com) 50
United Airlines is moving deeper into the flying taxi business. Not only has the airline plowed $15 million into Eve Air Mobility, it ordered 200 flying taxis and has an option for another 200. United expects to start receiving Eve's four-seater electric vertical take-off and landing vehicle (eVTOL) as soon as 2026. From a report: The company says its investment was spurred by both its confidence in the urban air mobility market and Eve's working relationship with Embraer. According to United, Embrarer is "a trusted aircraft manufacturer with a proven track record of building and certifying aircraft over the company's 53-year history." Embrarer previously worked with Uber on a flying taxi project that the latter eventually ditched. Eve's flying taxi has conventional fixed wings, rotors and pushers with a design that United says favors safety, efficiency, reliability and certifiability. It's said to have a range of 60 miles and United added that the vehicle can "reduce noise levels by 90 percent compared to current conventional aircraft."
Airport to Airport shuttle (Score:4, Informative)
An obvious first application would be a shuttle between nearby airports. SJC to SFO, JFK to Newark, etc. They could lift off and land inside the security perimeters, so passengers could skip the TSA lines.
Flying over traffic congestion would be another big market. San Jose to Palo Alto to downtown SF. NJ and CT to lower Manhattan, etc.
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Public transit would be just fine if we would let the cops kick off the dirty filthy fucking bums. Maybe then people would actually want to ride it.
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NYC and SF are dense metro areas and liberal bastions with strong support for public transit.
Even they have failed to provide decent transit options for most people.
America will have flying cars long before decent public transit.
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Noise levels (Score:2)
the vehicle can "reduce noise levels by 90 percent compared to current conventional aircraft."
But they're gonna be flying a lot lower, too -- which means they will be closer to the ground where all the people are. Unless the typical distance from the aircraft to the measurement point is taken into consideration, it's super easy to abuse a stat like this.
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the vehicle can "reduce noise levels by 90 percent compared to current conventional aircraft."
Don't believe it until you hear it. And if it's true, let's hope they share with Cessna and Piper
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Actually the issue is the propeller, they haven't changed for a hundred years, this is a job for Hamilton Standard, McCauley, and Hartzell, but moving air really fast is always going to be really noisy
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The "conventional aircraft" they're comparing to are helicopters. The multi-rotor taxi things will probably fly much the same way the choppers do today.
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Have you noticed how all the drone taxi promo videos don't ever play the ambient sound, even from inside the taxis? You'll probably need those expensive pilot headsets with heavy isolation & active noise cancell
Re: Noise levels (Score:2)
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Novelty items for the very rich
The "very rich" already have helicopters which are far more wasteful.
Air taxis are for the moderately rich. Then as economy-of-scale kicks in, they will be affordable to the middle class.
Almost all technological innovation happens first for the better off and then later for everyone else. Commercial air travel was once for the rich. Now it is for everyone.
based on a very energy-inefficient way to move people around.
An electric quadcopter is more efficient than a gasoline ICE SUV.
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based on a very energy-inefficient way to move people around.
An electric quadcopter is more efficient than a gasoline ICE SUV.
A quadcopter big enough to carry a family of 6?
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A quadcopter big enough to carry a family of 6?
The median number of people in an SUV is one.
For the 1% of trips that have six people, take the SUV. For the other 99%, the quadcopter will be more efficient.
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Lacks understanding of the physics involved.
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based on a very energy-inefficient way to move people around.
An electric quadcopter is more efficient than a gasoline ICE SUV.
A quadcopter big enough to carry a family of 6?
It isn't a quadcopter. It has six rotors for vertical takeoff and landing, and wings and two pusher props for conventional level flight. The article doesn't whether it's piloted; my guess is it would have to be autonomous to be economically feasible. But then, certification is a huge challenge, so maybe not. The whole thing feels like a pipe dream.
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And a train is more efficient than both
Trains require billions in infrastructure, make no economic sense outside dense urban corridors, and are not particularly energy efficient. Two people in a Tesla use less energy per passenger-mile.
I can drive or Uber from SJC to SFO in 40 minutes. An air taxi will take 10 minutes. The train takes two hours.
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All at 125+ mph, given proper investment in infrastructure like in many non-US countries.
Apparently you haven't been tracking the progress of California's High Speed Rail project.
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Re:Wasteful (Score:4, Informative)
It has nothing to do with "buy American laws", and everything to do with bureaucratic mismanagement, cronyism, and graft. $10.5 Billion spent to date; estimates to complete the Los Angeles - San Francisco link range from $69 Billion to $100 Billion. Right now, the hope is to have the segment connecting Merced to Bakersfield certified and in commercial service by the end of this decade.
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Get the French or Chinese to build it; less opportunity for graft and mismanagement.
The French and Chinese finish projects faster because they have different legal and political systems, not because they are inherently more efficient or less corrupt.
Bring Chinese workers to California, and they will be no faster. We know this because we already did it. Leland Stanford brought Chinese workers to California to build the Central Pacific section of the transcontinental railroad. In miles-per-day, they were no faster than the Union Pacific.
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Typical American corrupt bureaucratic bullshit and obstructionists looking to get paid have definitely shit up the CA HSR, but that doesn't make it a bad idea. It does mean that California needs to get its shit together, though.
The US could reasonably sustain at east two and maybe three high speed rail lines running N/S, specifically one near each coast and perhaps also one up the middle. Of course, those coastlines are likely to wander around a bit, which should be taken into account...
Re: Wasteful (Score:2)
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Not just for the rich (Score:2)
Novelty items for the very rich
The "very rich" already have helicopters which are far more wasteful.
Air taxis are for the moderately rich. Then as economy-of-scale kicks in, they will be affordable to the middle class.
This. Exactly. Just like I and my middle class peers regularly commute with regular helicopters today, only 80 years after they were first in commercial service!
PS. Terminology warning: By "air taxi" you mean the quadcoptery-drone thing. But the term "Air Taxi" actually refers to what you would otherwise call "chartered airline service". Usually a small business that runs an aircraft that can hold 4-10 passengers and does on-demand or semi-regular hops. Like transporting recreational fisherman/hunters into
The extra 100 vehicles noted in TFA (Score:3)
Title: United Airlines Plans To Buy Up To 500 Electric Flying Taxis
Buying 500 taxis ...
TFS: ... it ordered 200 flying taxis and has an option for another 200.
Buying 200 taxis + option for 200 taxis = 400 taxis.
TFA notes:
Last month, [United] put down a $10 million deposit with a different California-based one for 100 flying taxis.
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"Up to" means "less than."
It is a common term used by weasely journalists to sound impressive while saying nothing.
I have up to a million dollars in my pocket.
They'll need a zero carbon electricity source. (Score:3)
It's nice to see people finally figure out that electric aircraft aren't going to be carrying 100+ people over oceans. Computer generated animations of electric airliners is just a fantasy. In an interview Elon Musk did a bit of a thought experiment on what it would take to get an electric airliner to fly, giving estimates on the size and weight of things. We could see in theory an electric airliner fly but it would look a lot like a Saturn V rocket to take people to the moon, a huge machine built for maybe a half dozen people on board. The electric airliner would be mostly a battery with wings, then a tiny little cabin up front for the crew and passengers. Someone might actually make one at some point just to prove it can be done. After that it's going to spend more time sitting to charge than flying.
Even with these short distance VTOL aircraft they are likely to spend more time sitting to charge than flying. I guess if an airport has a hundred of these things to take people to and from the airport in a high population density area it might make sense. People willing to pay the fare could have a little electric quad-copter pick them and their assistant/mistress/whatever from the pad on top of some tall downtown building, then out to the airport to get to a more conventional kerosene burning jet plane. There might be money to be made with a service like that. They might have to keep the electric aircraft parked on the buildings to charge overnight or they might not make it to the airport in one charge. I can imagine they'd be quite sensitive to weather, as in not able to fly in high winds, rain, fog, etc.
If this electric quad-copter can be cheap enough then I can imagine it being something for recreational private pilots to take on little sightseeing tours, or take a slow cross country trip.
Most of all the problem with getting this to be zero carbon is finding enough electricity that is zero carbon to charge them up. The airlines and airports might want to invest in a small modular fission reactor they can bury underground at the airport. Then with that electricity they can charge up their electric aircraft. But then if they have a reliable source of low CO2 heat and electricity then why not just synthesize carbon neutral jet fuels?
Carbon neutral jet fuels are already a thing. Electric aircraft are already obsolete. Just synthesize some carbon neutral fuels and use that in the aircraft we already have. The carbon neutral fuels don't have to be kerosene but that's the most obvious place to start.
Re: They'll need a zero carbon electricity source. (Score:2)
Re: They'll need a zero carbon electricity source. (Score:3)
Pilot is the issue (Score:2)
The problem with the air taxi idea is the limited number of pilots.
It takes years and about $30k to become a multi-engine commercial airline pilot. To become a private pilot flying rich people around it takes months, and about $10k.
Until we trust AI to take off and land a small private plane, which is NOT what this article is about, it makes little to no sense for a pilot to run an air-taxi service.
The amount they would have to charge to do so means only the very rich can afford it. Not enough business
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I suspect they're anticipating a reduction in the number of long haul flights. Maybe they know something we don't about impending fuel prices, in which case I really need to get cracking on getting my fucking ford fixed and sold
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The problem with the air taxi idea is the limited number of pilots.
The fantasy is that it will be autonomous robot pilots.
Positive factors include: (1) this is a lot easier than making a self-driving car; we pretty much have it working already because (2) very specific and limited flights, not anything like randomly picking up and dropping off anywhere at all.
Negatives: I don't understand the flight failure modes - and I think we're talking about quite a few different kinds of aircraft anyway. For example, the Johnny Quest flying trashcan type craft would just plummet out
Re: Pilot is the issue (Score:2)
I'm Not Saying It's Virtue Signalling (Score:2)
Nifty aircraft, but likely can't fly in icing (Score:1)