Fantastic to see JOBY being showcased by Sandy Munro! This is by far the most comprehensive look into the eVTOL sector leader's progress at the plant. Looking to the future I can only imagine what JOBY will be able to achieve once solid state batteries become available which should be soon. the current 288 Wh/Kg is sufficient to launch but the new 721 Wh/kg batteries in development will just totally disrupt the entire helicopter sector. Good days ahead for JOBY!
What new batteries? Every time I look, there's some promising new battery being tested in a lab. For many valid reasons, they don't make it to production.
If you expect to see widely available 721 Wh/kg cells anytime soon, you might be disappointed. Starting from 288 Wh/kg, if cell energy densities advance by an optimistic 5 percent per year, they would reach around 469 Wh/kg in 10 years.
Nonsense! The weight and energy density of the batteries is about the same, regardless of the electrolyte. Manufacturing efficiency (time and cost) is the main advantage for "solid" batteries, but overall costs might be the same because of what "replaces" the liquid (jelled) electrolyte: metal. The size and volume remains about the same, but the cost of using more metals adds to the cost, currently negating the manufacturing cost over the liquid electrolyte batteries because the liquid electrolyte is less expensive than the additional Lithium of the "solid" batteries.
As a 78 y.o. one eyed former Pro driver and part time flyer in the Army and later in Alaska, I gave up my licenses freely for the sake of those who might get near me. With Self Driving Cars and Jobe Vertols I am confident I'll be taking a Cybercab to Detroit for a Jobe ride. Thanks to ALL involved. This is magic manifested in all four dimensions ! !
Love it, really really love it. As a helicopter guy, this is wonderful for those specific applications. No helicopters will not go away, this is for where helicopters are impractical. Its like a peak into Skunkworks.
@@TheBagOfHolding they are definetly not hermetically sealed and they were failure tested lol!!!! who in his mind would seal batteries?! this is aviation sector my guy!
I bought into these guys, just a little bit, last year when I first heard about them.. the product.. and the teams they acquired to build it. This is just confirming my suspicion of what I saw. Hope they hit a homerun! Both selfishly and for all our sakes. This is a great tech for many reasons. IF they can pull it off affordably and safely.. it's just a huge step forward in mobility in a sustainable way.
I finally agree with Sandy. What Joby is doing is comprehensive, best practices and very impressive. Not detailed, but implied by the design, is the safety and reliability which is key not only for FAA approval, but passenger acceptance. Perhaps in a year or two, there will be a few in daily flight testing. and by 2030 actual deployment and use.
Wow! Very impressive, both Joby Aviation and this video! And as a retired engineer with many years of aviation experience it looks to me like they are doing many things right!
Brilliant! What a man, and what a company! WITH Toyota and Uber on board - the future is here! I am 75, and this knocks my socks off! THANKYOU Munro......👍🏾❤
@@markplott4820This one, much less than a helicopter. Got wings with multiple propulsion. So if you are comfortable flying a helicopter, you should be more comfortable flying this.
@@Tooradj Helicopters can "glide" (autorotate) very well from normal flight, either will kill you from a hover. If *this* VTOL lost all power it should be capable of reasonable glide *IF* props feather, from normal flight condition, aka, not hanging on the props.
@@markplott4820 Please expand what major issues? If they can make short trips with current battery tech and have a real business case for limited applications, their use will only expand as battery density improves. Softwear technology for drones has improved significantly in recent years. VTOLs that take advantage of that with additional redundancy for safety, and can operate more quietly in City environment, can replace some helicopters. They don't have to replace them all yet.
Lots of smoke and mirrors in eVTOL. But I can't think of a better way to demonstrate that you're the real deal than to let Sandy Munro tour your facilities.
Always educational to see a mfg site. It was a treat to see how new tech is manufactured into real products. Will they let me fly one of these lovely machines? Even a sim flight would be cool.
While the founder is awkward, the systems they have are great, they have 3d titanium for... coolant Im assuming, they have autoclaves for making composite parts, the lab is VERY extensive, and well thought out, the motors are pretty slick putting all the moving parts and inverter in one package, and the engineering thought they put into just the plug is great. I hope this company is able to keep going, just don't read all the haters in the comments section here lolz
In the future, we will have Joby VToL aircraft and others among many of the major cities and more. They will run on an Automated system ( A.I ) that will connect to other A.I. Traffic control that will allow all aircraft to communicate within many miles of one another to sync their take-off and landing time and allow for up to the second arrival times and destination times. There will be hubs for the areas that allow ferrying, but there will also be a service that will pick you up from your GPS location. This will very likely be the norm in the future, I'm just not sure when.
If you're interested in the topic, go look at the PBS Nova documentary that made me discover Joby several years ago. It's called the Great Electric Airplane Race. Very informative and entertaining.
Sandy great video. Question at 9:15 that gray piece looks to have a crack by the opening you were pointing at. Any thoughts? Also did you know about their secret test and development site in the quarry. ?
@@rhamph yea I was thinking that might be the case. But I thought I would ask anyway. I worked in the auto industry and most management had no idea what they were looking at.
@@fredzirzowsr.8905 Hah - I agree with on about most management, but yeah I think @rhamph is probably right about it being an early print - if it had a defect that kept it from being used but still looked pretty good it makes sense why it wind up in a display case.
@@markplott4820 Joby seems to be hitting on key known or currently imagined safety point concerns. What don't we know, I'm sure they are working on discovery. Would I fly in a Joby? I'm a yes.
Sandy, do you think that the EVTOL could extend their flight range by using a electrical power breakaway Umbilical cable on take off to overcome that large battery drain?
Can't wait to see this in the skies above the EU, this would be perfect for a small country like Slovenia to get to bigger airports around us :) Great video. Joby amazing job :)
07:20 The CEO looked nervous when Sandy is touching the prototypes. He looks like he is ready to catch and anxious to put stuff back in the case. He loves his plane.
So refreshing to see someone that's not a used car salesman explain the mission and challenges. Not sure if assembling your own PCB amounts to savings since those companies are very cost-optimized already. I'm wary of autonomous 3D pathfinding since there was already one company promising this many years ago, at the cost of stakeholders, never actually delivering FSD to masses. And they would be one of the only ones who can actually deliver it. One dimension more is an order of magnitude harder. Disclaimer: I've worked in automotive, software, airspace obstacle avoidance and even a bit subcontracting for Boeing. The Jetsons are not coming soon.
DIY PCBAs are only justifiable for rapidly evolving products, and even then, they cost more and take longer. Sandy, for all his knowledge and experience, has a poor understanding of electronics.
Flying at low altitude you need to deal with wires, drones, balloons, birds, temporary corridor or area restrictions, maintain safe distance from registered and unregistered (dark) aircrafts. Add also the complexity of carrying at least one person, with no license to take over the flight. And the requirement of ZERO crashes.
@@ligius3 ya forgot to mention gravity. Yeah, when Sandy goes flying in one I'll start paying attention. But in all fairness, these guys are doing smart things and doing the "work".
I do have to say, I could not work out who was the happiest to be in the video, Sandy, JoeBen or Jon. Thank you Sandy for a deep dive into this high tech leading industry of future flying transportation. A long dream since the days of "The Jestsons" for a lot of us. Stunning content of a high tech company that the world can take a lot from. I now ask "you" as the viewer, what would you want to achieve if you have the best team surrounding and supporting you?
Interesting as always. Unfortunately, and it’s sad this comes to mind, but was there any discussion concerning the vulnerability of a system/vehicle like this to some nut or bad actor with a rifle, laser or something worse?
I think they're pretty similar to regular car EV batteries at the moment - I bet there's lots of room for improvement with newer chemistries, but I doubt they'll pursue that before getting that certification from the FAA. It'd be hard enough to prove out something like this even with 'regular' batteries, let alone experimental ones!
They have already generated some small revenue, but they will not be able to significantly scale up revenue until they receive regulatory approval from the FAA. They are on stage 4 of 5, which is the most extensive. Once they receive approval they will likely have a head start in capturing key markets for air taxis while others catch up. They are vertically integrated for providing air taxi services, but can also sell their aircraft.
As an aeronautical engineer and former test pilot I appreciate the technological tour de force presented here. My question is; for the intended use as short range air taxi, how is this aircraft better than a Robinson R44? Helicopter air taxi has been available for decades with very limited success while utilizing aircraft with robust, certified and inexpensive technology. The Joby business model is predicated on building thousands of aircraft for a price that is quite frankly unrealistic and flying it into areas that have been off-limits to rotary aircraft also for decades.
Engine out capacity is one factor, I think they've said they can loose like 2-3 of the 6 motors before it can't stay up in hover mode. I'd bet noise is a big factor for operation inside/around cities and urban areas; they've made a big deal over how quiet it is compared to other craft - part of what they're trying to use to open said areas up. Plus there's no exhaust, let alone exhaust with lead in it. Buuuut it's gotta get approved first, which is no small hurdle.
IMO this configuration is a cool looking prototype to prove out new techniques and ideas for investment. I reckon a final product would have 8 or more rotors without any tilting. Speed would be relatively low, range short, batteries lasting very few cycles. On the other hand, I suspect it could actually be pretty dang quiet, and not require an extra person onboard to operate it
To give you the illusion that current heli tech is robust is by no means inexpensive. Otherwise helicopter air taxi services would not be reserved to the ultra wealthy. The Joby design is orders of magnitudes safer and much, much cheaper to maintain than current helicopter tech. This is not to mention its reduced level of noise and zero emissions.
Very (pleasantly!) surprised to see a Joby video from Munro, I must say. I totally did not expect that, with Munro's usual focus on the car industry... I've had an eye open for Joby for quite a few years now, I consider their design of craft to be one of the more viable ones, as many VTOL electric craft use separate lift and forward propulsion motors and impellers. So when you're in forward flight mode, you have a whole bunch of extra hardware weighing you down that is of zero use to you, and in fact is impacting your performance negatively, including a multitude of propellers sitting in the airstream causing drag, and while taking off and landing, you of course also have to lift all of the forward flight hardware. This is just straight-up bad design. Not so with the Joby burd. You use the same motors and propellers for both take-off and landings, as well as for forward flight, with a small mechanism to transition between the two modes which in of itself is much lighter than a whole bunch of entirely separate lift motors/inverters and cabling and so on, and doesn't cause any extra drag. It also means take-offs and landings will be much quieter with the Joby's large, slow-spinning propellers than for a craft using dedicated lift motors - because weight and drag is such a concern, the lift propellers can't be too large, so they'll have to spin very fast instead, meaning huge noise at an annoyingly high pitch. It'll be like the world's biggest swarm of industrial vacuum cleaners all running in the same place at the same time, coming in for a landing from up on above, any neighbors and so on are really gonna love that. Not to mention all the people living in a city. lol I expect that all those separate lift motor VTOL designs will be found to be a dead end within not too long, and the industry moving to a unified design instead. Of course, these tiny machines are just rich-man's toys and won't even make a dent in the fossil fuel usage curve. What we really need is fully electrical planes that can take upward of a couple hundred passengers at a time and will displace the kerosene-gulping turbofan engine aircraft we have today on the short to medium haul routes which most people fly.
We gotta start somewhere. This is the very begining. Of fully electric passenger flying. Once this is proven to be viable? Like you said, an industry standard will be set. That will be improved upon, until we get to a point. That passenger long range planes can be fully electric.
Fantastic to see JOBY being showcased by Sandy Munro! This is by far the most comprehensive look into the eVTOL sector leader's progress at the plant. Looking to the future I can only imagine what JOBY will be able to achieve once solid state batteries become available which should be soon. the current 288 Wh/Kg is sufficient to launch but the new 721 Wh/kg batteries in development will just totally disrupt the entire helicopter sector. Good days ahead for JOBY!
What new batteries? Every time I look, there's some promising new battery being tested in a lab. For many valid reasons, they don't make it to production.
If you expect to see widely available 721 Wh/kg cells anytime soon, you might be disappointed. Starting from 288 Wh/kg, if cell energy densities advance by an optimistic 5 percent per year, they would reach around 469 Wh/kg in 10 years.
@@skipondowntheroad5833 BYD have a working 500wh per kg battery, it was discussed on Just have a think channel.
Nonsense! The weight and energy density of the batteries is about the same, regardless of the electrolyte. Manufacturing efficiency (time and cost) is the main advantage for "solid" batteries, but overall costs might be the same because of what "replaces" the liquid (jelled) electrolyte: metal. The size and volume remains about the same, but the cost of using more metals adds to the cost, currently negating the manufacturing cost over the liquid electrolyte batteries because the liquid electrolyte is less expensive than the additional Lithium of the "solid" batteries.
He said they will fully enclose the battery in titaium and hermetically seal it with laser welds. That will 💥
Love the guy and his almost childish excitement explaining stuff to Sandy
"Childlike", not "childish".
Good to see lots of the small stuff seeing so much engineering attention.
This company has IT!
As a 78 y.o. one eyed former Pro driver and part time flyer in the Army and later in Alaska, I gave up my licenses freely for the sake of those who might get near me. With Self Driving Cars and Jobe Vertols I am confident I'll be taking a Cybercab to Detroit for a Jobe ride. Thanks to ALL involved. This is magic manifested in all four dimensions ! !
Well put, very well the same as I feel!
Thank you Munro team for bringing the best industry practices around the globe again.
This is a great episode. Wow. I had to watch it twice. How Joby is approaching electric aircraft is fascinating.
Glad you enjoyed it!
Love it, really really love it. As a helicopter guy, this is wonderful for those specific applications. No helicopters will not go away, this is for where helicopters are impractical. Its like a peak into Skunkworks.
This guy gets it
Some of these components deserve their own segment! That prop!!😍
hermetically sealed batteries💥
@@TheBagOfHolding they are definetly not hermetically sealed and they were failure tested lol!!!! who in his mind would seal batteries?! this is aviation sector my guy!
@@alanmay7929 he said they were in this video.
@@TheBagOfHolding he said properly concealed not totally sealed
@alanmay7929 31:07 who tested them? I don't think they are at the stage where they have proven anything.
I bought into these guys, just a little bit, last year when I first heard about them.. the product.. and the teams they acquired to build it. This is just confirming my suspicion of what I saw. Hope they hit a homerun! Both selfishly and for all our sakes. This is a great tech for many reasons. IF they can pull it off affordably and safely.. it's just a huge step forward in mobility in a sustainable way.
I'm adding every 2 weeks. Archer and Lilium.
Wow high praise from Sandy! This company has my attention!
🙋♂️THANKS SANDY,JOEBEN, AND MUNRO FOR SHARING THE FUTURE 🥶💚💚💚
Another incredible video from Munro! Watch it!
Thanks again!
I finally agree with Sandy. What Joby is doing is comprehensive, best practices and very impressive. Not detailed, but implied by the design, is the safety and reliability which is key not only for FAA approval, but passenger acceptance. Perhaps in a year or two, there will be a few in daily flight testing. and by 2030 actual deployment and use.
Very Good Sandy I live near Marina, I had a few friends that went to work there when it was a start up. Glad to see it is progressing well.
Thank you for showing other innovative ideas in play.
Wow! Very impressive, both Joby Aviation and this video!
And as a retired engineer with many years of aviation experience it looks to me like they are doing many things right!
Absolutely riveting. The innovation in technology is inspiring. Thanks Sandy for exposing us.
Brilliant! What a man, and what a company!
WITH Toyota and Uber on board - the future is here!
I am 75, and this knocks my socks off!
THANKYOU Munro......👍🏾❤
This is a great example of modern designing, i loved it....thanks Sandy
Brilliant. Thank you my friend. You always find the promising technology for transportation and I take my hat off to you Sandy.
Thanks, Sandy. I always learn a bunch of new things from every Munro Live video. All the best to everyone in the video. SoCalFreddy
That's the future of transportation! Thank you for the video
The guy with the beanie looks like hes a pro at building the plane. Everyone else looks so productive too. Great to see joby advancing
Wow. wow; this tech is.. wow. But even more: It's great to see Munro in an evolving production line; he's acting like a kid in a candy shop!
So very cool! Cannot wait for my first ride!
The PillBot team are huge fans of Joby! Way to go!!!
Great video Sandy, thanks to you and the Joby team for sharing.
Our pleasure!
@9:25 "vertical take off eats a shi...a tremendous amount of power" love you Sandy 🤣
VTOL is a Flying Brick , when the power fails.
@@markplott4820This one, much less than a helicopter. Got wings with multiple propulsion. So if you are comfortable flying a helicopter, you should be more comfortable flying this.
@@Tooradj Helicopters can "glide" (autorotate) very well from normal flight, either will kill you from a hover. If *this* VTOL lost all power it should be capable of reasonable glide *IF* props feather, from normal flight condition, aka, not hanging on the props.
@@Tooradj - Helicopters are more Complex & heavy . (somewhat less reliable).
VTOL is OLD TECH , they haven't solved the Major issues yet.
@@markplott4820 Please expand what major issues? If they can make short trips with current battery tech and have a real business case for limited applications, their use will only expand as battery density improves. Softwear technology for drones has improved significantly in recent years. VTOLs that take advantage of that with additional redundancy for safety, and can operate more quietly in City environment, can replace some helicopters. They don't have to replace them all yet.
I wish I was younger so I could see all this come about thinks for showing this much!
Very informative video. I like the transparency and all the proof points shown that Joby is making steady progress.
Glad you enjoyed it!
Am the best. AEROS
WOW just WOW. They know their stuff.
Love seeing this side of Munro’s expertise!
That was a great walk through, some really nice engineering.
Glad you enjoyed it
I'm waiting! GoGo Joby!
조은남님ㅋㅋ!!!
Lots of smoke and mirrors in eVTOL. But I can't think of a better way to demonstrate that you're the real deal than to let Sandy Munro tour your facilities.
Sandy you keep outdoing expectations with these great videos. Hope you never run out of hats to pull these out of lol.
Thanks
Always educational to see a mfg site. It was a treat to see how new tech is manufactured into real products.
Will they let me fly one of these lovely machines? Even a sim flight would be cool.
You'll be able to fly the Joby aircraft as part of the next release of Microsoft Flight Simulator 2024 (November launch)
Proud to be a shareholder!
While the founder is awkward, the systems they have are great, they have 3d titanium for... coolant Im assuming, they have autoclaves for making composite parts, the lab is VERY extensive, and well thought out, the motors are pretty slick putting all the moving parts and inverter in one package, and the engineering thought they put into just the plug is great. I hope this company is able to keep going, just don't read all the haters in the comments section here lolz
I'd be nervous too, showing Sandy around your manufacturing would be like showing Lang-lang what you can do with a piano!
The founder was extremely awkward, I could hardly tolerate listening to him. The second half was much better presented.
This coming from a person who wrote this synopsis as a fifth grader. 🙃
YOU'RE awkward
In the future, we will have Joby VToL aircraft and others among many of the major cities and more. They will run on an Automated system ( A.I ) that will connect to other A.I. Traffic control that will allow all aircraft to communicate within many miles of one another to sync their take-off and landing time and allow for up to the second arrival times and destination times. There will be hubs for the areas that allow ferrying, but there will also be a service that will pick you up from your GPS location. This will very likely be the norm in the future, I'm just not sure when.
Go Go Joby !
Never heard of them until today, so these guys are the current leaders in eVTOL?
In the US yes!
Look to China to be a leader they already have a certified VTOL for passengers.
I can imagine this would be a game-changer in the military, even for simple tasks such as ship-to-shore passenger transportation
Yes
If you're interested in the topic, go look at the PBS Nova documentary that made me discover Joby several years ago. It's called the Great Electric Airplane Race. Very informative and entertaining.
They are all at the same point, they all hit the wall of physics. Lots of talk and no proof
Wow. This is gonna be a good one
it is!
A launch area that provides an upward whoosh would conserve a lot of energy for the initial lift off. think of the indoor skydiving.
Or connect to ground power for the initial launch sequence, then disengage?
@@nguyep4yes possibly combined with a super capacitor to keep that initial kick going a few seconds longer
Catapult
Nice
Had no idea we were at this level of development.
We aren't.
@@TheBagOfHolding
Nice!
Fantastic. I wish them big success.
Awesome technology! 😍😍😍😍
Great video Sandy!!!
Great stuff 👍
I love this video. And stoked about Joby Aviation going to Dayton Ohio my old stomping grounds.
At 21:40 I can see they're using X-Plane internals for the simulation. Great stuff!
Thank you for your analysis!
THANKS JOHN TOO…SANDY IS DELIGHTED AND AMAZED 🤯…I AM ALSO DELIGHTED 🤗 AND AMAZED 🤯🤯🤯
extremely interesting! thanks
Awesome
Great episode. Hope we get to see ACHR next
Amazing concept,i can't wait for this to happen 👍
Sandy great video. Question at 9:15 that gray piece looks to have a crack by the opening you were pointing at. Any thoughts? Also did you know about their secret test and development site in the quarry. ?
I spotted that too. I suspect it was a failed early print, but since they're using it for a display piece they accepted it anyway.
@@rhamph yea I was thinking that might be the case. But I thought I would ask anyway. I worked in the auto industry and most management had no idea what they were looking at.
@@fredzirzowsr.8905 Hah - I agree with on about most management, but yeah I think @rhamph is probably right about it being an early print - if it had a defect that kept it from being used but still looked pretty good it makes sense why it wind up in a display case.
Chapeau Sandy👏👏👏
Tesla of the skys!! Way to go JOBY!
we shall see.
@@markplott4820 Joby seems to be hitting on key known or currently imagined safety point concerns. What don't we know, I'm sure they are working on discovery. Would I fly in a Joby? I'm a yes.
nice visit and good video
Thank you very much!
It nice to see the factory how thy really handle our safety 26:34 😊
Super cool. Thanks!
Bird wings (and bodies) use bones that are basically hollow. Weight reduction is critical for efficient flight.
Joby in Action 😍
Sandy, your opinion to Lilium?
Great stuff Munro. Would love to know if IperionX is involved or supplying titanium powder. (Hope an NDA does not get in the way)
Sandy, do you think that the EVTOL could extend their flight range by using a electrical power breakaway Umbilical cable on take off to overcome that large battery drain?
Can't wait to see this in the skies above the EU, this would be perfect for a small country like Slovenia to get to bigger airports around us :)
Great video. Joby amazing job :)
CATL's new condensed battery at 500wh/kg should give Joby a boost. Will Toyota allow its use?
Do we have the battery energy density to make this project viable ?
There's already two flying for the U.S Department of defense
AWESOME VIDEO!
Thanks!
Very impressive ❤❤ to the future Sir 19:18
Wow that is high praise form someone that matters.
Incredible video
Wow, it's really nice. It's really attractive
07:20 The CEO looked nervous when Sandy is touching the prototypes. He looks like he is ready to catch and anxious to put stuff back in the case. He loves his plane.
So refreshing to see someone that's not a used car salesman explain the mission and challenges. Not sure if assembling your own PCB amounts to savings since those companies are very cost-optimized already. I'm wary of autonomous 3D pathfinding since there was already one company promising this many years ago, at the cost of stakeholders, never actually delivering FSD to masses. And they would be one of the only ones who can actually deliver it. One dimension more is an order of magnitude harder.
Disclaimer: I've worked in automotive, software, airspace obstacle avoidance and even a bit subcontracting for Boeing. The Jetsons are not coming soon.
DIY PCBAs are only justifiable for rapidly evolving products, and even then, they cost more and take longer. Sandy, for all his knowledge and experience, has a poor understanding of electronics.
FSF is at least an order of magnitude less complex than FSD on chaotic streets with pedestrians etc.
Flying at low altitude you need to deal with wires, drones, balloons, birds, temporary corridor or area restrictions, maintain safe distance from registered and unregistered (dark) aircrafts. Add also the complexity of carrying at least one person, with no license to take over the flight. And the requirement of ZERO crashes.
@@ligius3 ya forgot to mention gravity. Yeah, when Sandy goes flying in one I'll start paying attention. But in all fairness, these guys are doing smart things and doing the "work".
When did they claim FSF?
Do not change man who make intro!!! Thank You for informative video.
I wonder what will be the noise levels when there are many flying in one cubic kilometer simultaneously.
It's global sky love❤❤❤❤ 30:45
Great!
I bought some joby a while back. solid looking enginering
the silence is golden!❤
I do have to say, I could not work out who was the happiest to be in the video, Sandy, JoeBen or Jon.
Thank you Sandy for a deep dive into this high tech leading industry of future flying transportation. A long dream since the days of "The Jestsons" for a lot of us.
Stunning content of a high tech company that the world can take a lot from.
I now ask "you" as the viewer, what would you want to achieve if you have the best team surrounding and supporting you?
I'd love for you guys to visit Lilium.
WOW!
Yes spectacular and amazing elegant thy made the impossible ❤❤ 10:20
We are really in the future Sir watching. From Philippines ❤ 24:24
great.
Interesting as always.
Unfortunately, and it’s sad this comes to mind, but was there any discussion concerning the vulnerability of a system/vehicle like this to some nut or bad actor with a rifle, laser or something worse?
Pretty much any piloted craft (air or ground) would suffer similarly from that kind of opposition.
What battery chemistry and energy density do those use atm?
I think they're pretty similar to regular car EV batteries at the moment - I bet there's lots of room for improvement with newer chemistries, but I doubt they'll pursue that before getting that certification from the FAA. It'd be hard enough to prove out something like this even with 'regular' batteries, let alone experimental ones!
When will Joby begin generating revenue and what is the outlook for profitability?
LOL
They have already generated some small revenue, but they will not be able to significantly scale up revenue until they receive regulatory approval from the FAA. They are on stage 4 of 5, which is the most extensive. Once they receive approval they will likely have a head start in capturing key markets for air taxis while others catch up. They are vertically integrated for providing air taxi services, but can also sell their aircraft.
Hello Team Munro. Uow about a visit at Lilium in Germany?
Maybe.
Sandy you need to interview LILM EVTOL JET
So glad this is really flies
As an aeronautical engineer and former test pilot I appreciate the technological tour de force presented here. My question is; for the intended use as short range air taxi, how is this aircraft better than a Robinson R44? Helicopter air taxi has been available for decades with very limited success while utilizing aircraft with robust, certified and inexpensive technology. The Joby business model is predicated on building thousands of aircraft for a price that is quite frankly unrealistic and flying it into areas that have been off-limits to rotary aircraft also for decades.
Wouldn't be surprised if this was more reliable than a helicopter.
@@zlcoolboy Maybe eventually. Right now is unproven technology. Time will tell.
Engine out capacity is one factor, I think they've said they can loose like 2-3 of the 6 motors before it can't stay up in hover mode. I'd bet noise is a big factor for operation inside/around cities and urban areas; they've made a big deal over how quiet it is compared to other craft - part of what they're trying to use to open said areas up. Plus there's no exhaust, let alone exhaust with lead in it.
Buuuut it's gotta get approved first, which is no small hurdle.
IMO this configuration is a cool looking prototype to prove out new techniques and ideas for investment.
I reckon a final product would have 8 or more rotors without any tilting.
Speed would be relatively low, range short, batteries lasting very few cycles. On the other hand, I suspect it could actually be pretty dang quiet, and not require an extra person onboard to operate it
To give you the illusion that current heli tech is robust is by no means inexpensive. Otherwise helicopter air taxi services would not be reserved to the ultra wealthy. The Joby design is orders of magnitudes safer and much, much cheaper to maintain than current helicopter tech. This is not to mention its reduced level of noise and zero emissions.
I quit flying on fossil fuel aircraft 16 years ago, I can't wait to go on my first pure-electric flight. Thanks for covering this!
Pipistrel & Evation Alice have you covered.
It’s happening now!!!
Very (pleasantly!) surprised to see a Joby video from Munro, I must say. I totally did not expect that, with Munro's usual focus on the car industry... I've had an eye open for Joby for quite a few years now, I consider their design of craft to be one of the more viable ones, as many VTOL electric craft use separate lift and forward propulsion motors and impellers. So when you're in forward flight mode, you have a whole bunch of extra hardware weighing you down that is of zero use to you, and in fact is impacting your performance negatively, including a multitude of propellers sitting in the airstream causing drag, and while taking off and landing, you of course also have to lift all of the forward flight hardware. This is just straight-up bad design.
Not so with the Joby burd. You use the same motors and propellers for both take-off and landings, as well as for forward flight, with a small mechanism to transition between the two modes which in of itself is much lighter than a whole bunch of entirely separate lift motors/inverters and cabling and so on, and doesn't cause any extra drag. It also means take-offs and landings will be much quieter with the Joby's large, slow-spinning propellers than for a craft using dedicated lift motors - because weight and drag is such a concern, the lift propellers can't be too large, so they'll have to spin very fast instead, meaning huge noise at an annoyingly high pitch. It'll be like the world's biggest swarm of industrial vacuum cleaners all running in the same place at the same time, coming in for a landing from up on above, any neighbors and so on are really gonna love that. Not to mention all the people living in a city. lol
I expect that all those separate lift motor VTOL designs will be found to be a dead end within not too long, and the industry moving to a unified design instead. Of course, these tiny machines are just rich-man's toys and won't even make a dent in the fossil fuel usage curve. What we really need is fully electrical planes that can take upward of a couple hundred passengers at a time and will displace the kerosene-gulping turbofan engine aircraft we have today on the short to medium haul routes which most people fly.
We gotta start somewhere. This is the very begining. Of fully electric passenger flying. Once this is proven to be viable? Like you said, an industry standard will be set. That will be improved upon, until we get to a point. That passenger long range planes can be fully electric.
I need one of these.
06:23 “no shit, wow” 😂😂😂😂