In 2034 I'll be 79 years old. Which means I'm old enough to still remember the Gemini missions. As a lifetime "space geek"-- watching step by step as we've gone further and further out-- it blows my mind to think I may (fingers crossed) still be alive to see this!
Hey there fellow space geek I wish we could have a sit down and here your stories of being there witnessing the great moments of humans entering space for the first time and landing on our moon, it was a time I wish I was alive for. Have a great one and many blessings
Will be 81 by then. Basically I will have watched everything from the early Mercury missions onwards, even the early primate missions now that I think of it. Damn I am starting to feel my age.
@@delavalmilker Im 61, and I feel the same. I did model rockets as a kid during the tail end of the Apollo era, and later worked for several years at Grumman. IMO the realistic and necessary space goals for the next 10 years are below, and all must be done before it would be prudent to send people to, or merely around, mars. > Replace the ISS with something larger, more reliable, and cheaper to maintain. Preferrably solar powered xenon thrusters, ala vasamir vx-200. That would cut orbital maintenance fuel costs dramatically, and enable a higher orbit ... as increased radiation shielding tech permits. > The international community needs to take change of managing satellite orbits and the deorbiting of junk in order to avert a catastrophic Kessler Syndrome event ... whose likelyhood increases rapidly the longer we wait. > We need a functional and sustainably powered space tug to establish earthlunar logistical support and transportation. > We need to establish a lunar base of operations (most likely Shackelton Crater in the S.Polar area). We need itfor many reasons, not least of which is to have a test bed for developing and refining relevant tech, such as developing off planet habitats and farming (aeroponics), in situ power generation, the ability to refine subsurface ice and mineral deposits into useable fuel, construction materials (for in situ 3D printing), and radiation shielding, etc. > Lunar surface gateway launch & reuse capability. > Underscore the need for still further refinement of radiation shielding, both for space transit and for in-situ habitats. Water, for example, doubles as both a fuel source, and (when pumped into large bladders in the hull) a modestly effective radiation shield. It would be wildly reckless to send crew to mars before ALL of that is done, which im guessing is at least 10-15 more years ... assuming humanity hasnt destroyed itself by then.
I don’t want it to be too based off reality and instead make a future iteration of our current tech. Like the interstellar spacecraft we got and the upcoming Galactic Explorer. Lego shines best when it’s Lego making their originals.
Should I live until 2034, I will be 82. My childhood was filled with news of incredible machines and brave individuals being sent into space. What a special time to be alive!
@@SMGJohn I think he knew that, but also like, what's really the difference, we got moons around these gas giants bigger than Mercury, or Pluto and one of those two is still considered a planet. It's bigger than some planets, and it's got a thick atmosphere, the only difference is, that it's orbiting a gas giant instead of out on its own. It's still like full world with a weather and seasonal cycle and all the fun and interesting stuff.
One concern I have is that the “rotors” are the outer most horizontal surfaces. It seems a that some sort of wire frame, regardless of how light may prevent the rotors from accidental contact with something that could damage or destroy them.
You mean on normal drones? Don't be silly, that would cost money, lol. Seriously though, What we see here is only animation, so hopefully something will be added. 🤞
@@reginajanelilianapatterson5838 If you're a smoker on Titan you bring your own Oxygen, lol. If youre going to ruin a joke then at least try a little, lol.
They should send two, in case one fails. Waiting so many years just to witness a catastrophe would be stupid. They should have done the same with that Europa mission.
The thing NASA has in abundance is time. It would be silly to send two at once and have them both fail for similar reasons. If one fails they can learn from it. Less at stake with Voyager missions as they weren’t landing anywhere.
Awesome video as usual, just one small mistake: Huygens only landed on Titan in 2005. It was launched in 1997 yes but it only landed on the foggy moon at the end of the mission, and survived for about 54 minutes!
@@DonaldWells-wk8dcgood thing it’ll capture Titan in unprecedented detail. The quality of the images will be just like Curiosity/Perseverance so HD 4k!
_"When I was on set, acting against nothing, they told me to picture the sexiest woman I could imagine. When I watched the final movie, I realized my imagination sucks!"_ - Bob Hoskins, regarding playing Eddie Valiant in 'Who Framed Roger Rabbit'
Would have been better to make the copter buoyant so it could float on Titans ocean. Add a line to do some 'fishing.' On Earth, the vast majority of life forms are in the ocean. Possible that may be the case on Titan also.
Good point. Even some sort of floating punt with an AI controlled sail and rudder landing on one of the oceans? Probes dropped into the methane seas could gather a huge amount of data. It could have a small drone attached to the top of it for aerial missions. I'm sure a mission like this is already being planned. What a great time to be alive!
An RTG should have an abundance of power and life. I would no be surprised that once it's main mission is complete that they send it to the methane lakes and then on to the pole.
Big Leap? We are still using the same chemical rockets that we used in the 1960! That's more than 60 years ago and you call this a bit leap. Come on!!!!!
Something that never fails to amaze and befuddle me is the sheer variety of environments found throughout the moons and planets of our solar system. You’d think, logically, that they’d all be pretty similar, as they all formed from the same materials, but they are far from it. I wonder what causes these crazy variations?
Did some research and Dragonfly will carry multiple microphones in its meteorology suite to study at smoother if characteristics/drone operations which will help with troubleshooting!
Did some research and Dragonfly will carry multiple microphones in its meteorology suite to study at smoother if characteristics/drone operations which will help with troubleshooting!
I was glued to the media when Huygens landed on Titan ❤ Cant wait to watch this lander in 2034! I will probably need glasses and walker then when I am 74😂
I hope they take into consideration the possibility that when it lands the skids might get frozen to the surface. I hope they provide some heating for the landing skids.
@@ReddwarfIV Martian atmosphere is denser than Triton's. You would not feel a difference between the vacuum and Triton's atmosphere. And, it's 1/70,000th the pressure of Earth. You forgot to put a zero at the end of the number.
Titan isn't going anywhere but, at my present age, I'll be dead before Dragonfly gets there - bummer - Titan is mega-intriguing. I would like to see photos of the river valleys where they empty into the methane seas, and I know that's for a future mission ... so speed things the hell up!
We should have included a drone submersible carried by the aerocopter as part of this mission. If there is life there, it is most likely in Titans seas. Huge missed opportunity. 😢
It explains in the clip that it is not operating anywhere near the methane seas. Those are up near it's north pole where they say it is very hard to land. Though I'm sure they are working on a mission to there where a treasure trove of data awaits.
I’ll be 90 years old when it lands. Been following space exploration and development since the late fifties. Seen it all. Now waited over 50 years for the next manned moon landing. I’m a patient guy. Hopefully when I reach 100 in 2040 we’ll be able to see asteroid miners drinking in “SpaceX City” saloons on their six-monthly breaks.
1:45 - Excellent video! I love Titan (from the far😊). This moon is the only body in the Solar System that has a "stable body of liquid" on it. I am not sure whether we can talk of a hydrolic cycle when we know that the water there is harder than granite.
Thanks for this. Very interesting. But you sort of glossed over the communications link. Will that little flying rover be able to communicate back to Earth entirely by itself? You didn't mention an orbital vehicle.
There are some problems with the numbers: 13:05 Dragonfly will spend 3 Earth years or 764 Titan days... 13:22 Dragonfly will lift off once per Titan day which is 16 Earth days... If 1 Titan day is 16 Earth days, than 764 Titan days are 12224 Earth days which is more, than 33 Earth years, not just 3 so at least one of the numbers is totally wrong.
I wish that they could send more than one of these helicopters over there at a time. I wish that they could deploy 20 of them to go in 20 different directions all at the same time.
Can't they just land south and fly towards the pole? Is this a range issue? Can it be part of an extended mission if it lasts years longer than expected, as many NASA missions do? Or is it still too far out of it's range?
Divert more material from around Saturn to build up Titans mass. Use it's wind to produce electricity. Float clear spheres with fins and dynamos, they tumble to produce more light there.
Well, he didn't exactly *_explain_* it at all. While the following also does not explain it exactly, it may cast more light on the subject. The melting point of methane is 91.15K - this temperature may be slightly different on Titan, due to somewhat higher atmospheric pressure. The surface temperature on Titan is fairly constant at about 94K, or about 3K or 4K higher than the melting temperature of methane. This means that, when there is methane precipitation, it may fall as snow or rain, but once on the surface, it will be liquid. HTH...
NASA needs to start sending massive swarms of drones for all the planets and moon and do so much more why do they only send one in one area I understand that technology is expensive but they need to start sending millions of swarms on every single planet and moon swarms.
This is amazing! Now I can totally understand the costs of a mission like this, but I can't help but feel as a redundancy for such a high risk mission, that a second dragonfly (separate but parallel mission) should be sent to another area of interest where a landing is possible. Much like the 2 Viking landers sent to Mars many decades ago. If this single lander fails it would be a shame to achieve nothing for all that cost. But of course cost from the very beginning is the issue.
Sending down a nuclear rotor drone where it rains gasoline. I’m mean, what could go wrong? I hope they pull this off. What fabulous images will flood our simple human minds.
In 2034 I'll be 79 years old. Which means I'm old enough to still remember the Gemini missions. As a lifetime "space geek"-- watching step by step as we've gone further and further out-- it blows my mind to think I may (fingers crossed) still be alive to see this!
I hope to be 3 years older then. I will cross the fingers for both of us.
Hey there fellow space geek I wish we could have a sit down and here your stories of being there witnessing the great moments of humans entering space for the first time and landing on our moon, it was a time I wish I was alive for. Have a great one and many blessings
I wish you are healthy at that time and can watch the landing.
Will be 81 by then. Basically I will have watched everything from the early Mercury missions onwards, even the early primate missions now that I think of it. Damn I am starting to feel my age.
@@delavalmilker Im 61, and I feel the same. I did model rockets as a kid during the tail end of the Apollo era, and later worked for several years at Grumman.
IMO the realistic and necessary space goals for the next 10 years are below, and all must be done before it would be prudent to send people to, or merely around, mars.
> Replace the ISS with something larger, more reliable, and cheaper to maintain. Preferrably solar powered xenon thrusters, ala vasamir vx-200. That would cut orbital maintenance fuel costs dramatically, and enable a higher orbit ... as increased radiation shielding tech permits.
> The international community needs to take change of managing satellite orbits and the deorbiting of junk in order to avert a catastrophic Kessler Syndrome event ... whose likelyhood increases rapidly the longer we wait.
> We need a functional and sustainably powered space tug to establish earthlunar logistical support and transportation.
> We need to establish a lunar base of operations (most likely Shackelton Crater in the S.Polar area). We need itfor many reasons, not least of which is to have a test bed for developing and refining relevant tech, such as developing off planet habitats and farming (aeroponics), in situ power generation, the ability to refine subsurface ice and mineral deposits into useable fuel, construction materials (for in situ 3D printing), and radiation shielding, etc.
> Lunar surface gateway launch & reuse capability.
> Underscore the need for still further refinement of radiation shielding, both for space transit and for in-situ habitats. Water, for example, doubles as both a fuel source, and (when pumped into large bladders in the hull) a modestly effective radiation shield.
It would be wildly reckless to send crew to mars before ALL of that is done, which im guessing is at least 10-15 more years ... assuming humanity hasnt destroyed itself by then.
The Lego sets for this are gonna be LIT!
I don’t want it to be too based off reality and instead make a future iteration of our current tech. Like the interstellar spacecraft we got and the upcoming Galactic Explorer. Lego shines best when it’s Lego making their originals.
I am still waiting for their JWST model 😊
Should I live until 2034, I will be 82. My childhood was filled with news of incredible machines and brave individuals being sent into space. What a special time to be alive!
i will be 31
"How will NASA land on Titan"? The answer is: "Hopefully, quite gently"!! LOL ;D
It's crazy to think another planet has deserts, beaches, oceans and lakes
it's a moon not a planet
@@andrewshapanka544 what's the difference?
@@dexterquotidian
Moons orbit around planets, while planets orbit only around their star.
@@SMGJohn I think he knew that, but also like, what's really the difference, we got moons around these gas giants bigger than Mercury, or Pluto and one of those two is still considered a planet. It's bigger than some planets, and it's got a thick atmosphere, the only difference is, that it's orbiting a gas giant instead of out on its own. It's still like full world with a weather and seasonal cycle and all the fun and interesting stuff.
Well those lakes are like minus 200 degrees, so swimming is not advised.
We’re the aliens now 👽🛸
One concern I have is that the “rotors” are the outer most horizontal surfaces. It seems a that some sort of wire frame, regardless of how light may prevent the rotors from accidental contact with something that could damage or destroy them.
You mean on normal drones? Don't be silly, that would cost money, lol.
Seriously though, What we see here is only animation, so hopefully something will be added. 🤞
First thing we need to do is put up a "No Smoking" sign asap.
There's no oxygen on Titan, fortunately. Can't ignite the hydrocarbons present on the moon without oxygen.
@@reginajanelilianapatterson5838 If you're a smoker on Titan you bring your own Oxygen, lol. If youre going to ruin a joke then at least try a little, lol.
They should send two, in case one fails. Waiting so many years just to witness a catastrophe would be stupid.
They should have done the same with that Europa mission.
Yup, just like Voyager 1 & 2.
The thing NASA has in abundance is time. It would be silly to send two at once and have them both fail for similar reasons. If one fails they can learn from it. Less at stake with Voyager missions as they weren’t landing anywhere.
You are right so just give NASA another couple 100s billion dollars. Do you think USA military would share?
u fitting the bill ?
Hopefully we find extraterrestrial life on Titan soon when we get there but we’ll see:)
_So we hope that our journey to Titan will return new answers._
Titan: Best I can do is give you far more new questions.😊
nasa's m.o.
Both. Both is good.
Titan: _"Yo, dawg! I heard you liked questions! So I put questions on top of your questions!"_
@@NarwahlGaming2034, me 91
Next 2 years of NEW NASA HEAD, our great future Guaranteed 15:08 IMO
I may not be able to afford a house, but thank goodness I get to experience the second greatest age of space exploration.
Me sees title: "pfft, yeah when, like 2034?"
You: "we will arrive in 2034!"
-_-
Only ten years before you know it it’s tmr bro
Quick! What's tomorrow's lotto numbers?!
😂 ✏️
2014/15 was 10 years ago.. It feels distant and like it was yesterday at the same time lol
thats not when it launches, it's when it arrives. space is big and travel is slow
@ I have warp drives tho 😮💨 iykyk we playing nms
Awesome video as usual, just one small mistake: Huygens only landed on Titan in 2005. It was launched in 1997 yes but it only landed on the foggy moon at the end of the mission, and survived for about 54 minutes!
It landed near the beginning of the mission.
A good 'bang for the buck' I'd say....good follow up to Cassini..yet I wish they speed this one up though🫤
@@DonaldWells-wk8dcgood thing it’ll capture Titan in unprecedented detail. The quality of the images will be just like Curiosity/Perseverance so HD 4k!
this channel is really good at explaining space i love it
Very interesting project. I hope I'm still around when it lands. This would all be fascinating to me. 😉
I hear you. Born in 57 in time for Sputnik, space exploration has always amazed me
@@harryflower1810tell me if we should start to sent over care packets with healty nutrition from Europe.
Don't worry WW3 will probably end up delaying it.
Beyond my Imagination. Good Luck!
_"When I was on set, acting against nothing, they told me to picture the sexiest woman I could imagine. When I watched the final movie, I realized my imagination sucks!"_ - Bob Hoskins, regarding playing Eddie Valiant in 'Who Framed Roger Rabbit'
hope they will not stupidly cancel the project due to cost overrun
Hope so
Would have been better to make the copter buoyant so it could float on Titans ocean. Add a line to do some 'fishing.' On Earth, the vast majority of life forms are in the ocean. Possible that may be the case on Titan also.
Good point. Even some sort of floating punt with an AI controlled sail and rudder landing on one of the oceans? Probes dropped into the methane seas could gather a huge amount of data. It could have a small drone attached to the top of it for aerial missions. I'm sure a mission like this is already being planned. What a great time to be alive!
The problem is that it is too cold for the spacecraft
Such an exciting mission in (most of) our lifetime.
Watching this makes my head want to blow up. How humans can come up with such is beyond amazing.
An RTG should have an abundance of power and life. I would no be surprised that once it's main mission is complete that they send it to the methane lakes and then on to the pole.
Looking forward revisiting this video when I am 50.
This is definitely a must-watch for anyone interested in the next big leap in space exploration! Thanks for sharing great contents! 💯
Big Leap? We are still using the same chemical rockets that we used in the 1960! That's more than 60 years ago and you call this a bit leap. Come on!!!!!
Better put bumper guards on those drone blades.
Thank you so much! that was so inspiring
I hope the bearings and the used lubricants have been tested in the rain of gasoline at -200°C
rest assured, they will have the finest H1B engineers working on it
@@kittydaddy2023 😄
They could use diamond bearings or magnetic bearings, in this kind of temperatures superconducting levitation might be viable.
@@kittydaddy2023smartest humans from earth 😊
Fuchs Petrolub will habe something in their portfolio:-)
Something that never fails to amaze and befuddle me is the sheer variety of environments found throughout the moons and planets of our solar system. You’d think, logically, that they’d all be pretty similar, as they all formed from the same materials, but they are far from it. I wonder what causes these crazy variations?
Buen vídeo! Saludos desde Argentina 🇦🇷 Ya me suscribí. Exitos
2:30 small correction, Titan's subsurface ocean is mixed with ammonia that keeps it from freezing. Not salt. Great video though!
More outstanding content. Heading to your Patreon channel shortly to join. Well done. 🙂
Such an amazing mission, I don't want to have to be 57 to see it but I want to see this happen.
Instead of driving around NASA will be flying around.
That's badass.
Interesting To Note, merci.
Great video! Short on hype, long on interesting facts.
Three years "looking for life" and yet no microscope to examine drill samples. :(
cheers to the DUNE reference
Cool topic!🌍💫
great video
i just hope they put a microphone on it too.
we have two
Did some research and Dragonfly will carry multiple microphones in its meteorology suite to study at smoother if characteristics/drone operations which will help with troubleshooting!
Did some research and Dragonfly will carry multiple microphones in its meteorology suite to study at smoother if characteristics/drone operations which will help with troubleshooting!
@@adamtrapp2714and probably a camera
I think a balloon entry is still batter incase theyre above a lake, but idk if they already have measures for that
lower gravity makes up for the lower atmospheric pressure.
The rotor blades can lift the heli with thin "air" because it weighs so much less.
2:10 We all saw what you did there. Solid move❤
I was glued to the media when Huygens landed on Titan ❤ Cant wait to watch this lander in 2034! I will probably need glasses and walker then when I am 74😂
Geat video!
Nice. Informative 👍
Good luck 🍀 NASA with Dragonfly!🪐
I hope they take into consideration the possibility that when it lands the skids might get frozen to the surface. I hope they provide some heating for the landing skids.
Triton has an atmosphere as well
Nope
@@konfuze_top what?
@@konfuze_top it does have an atmostphere- thin at that but still has traces of methane and Nitrogen
@@konfuze_topIt's 1/7000th the pressure of Earth, but it is an atmosphere.
@@ReddwarfIV Martian atmosphere is denser than Triton's. You would not feel a difference between the vacuum and Triton's atmosphere. And, it's 1/70,000th the pressure of Earth. You forgot to put a zero at the end of the number.
Titan isn't going anywhere but, at my present age, I'll be dead before Dragonfly gets there - bummer - Titan is mega-intriguing. I would like to see photos of the river valleys where they empty into the methane seas, and I know that's for a future mission ... so speed things the hell up!
We should have included a drone submersible carried by the aerocopter as part of this mission. If there is life there, it is most likely in Titans seas. Huge missed opportunity. 😢
It explains in the clip that it is not operating anywhere near the methane seas. Those are up near it's north pole where they say it is very hard to land. Though I'm sure they are working on a mission to there where a treasure trove of data awaits.
If you lit a match on titan that would be one big bang.
Awesome
Newsflash: NASA / ESA / ASI already landed on Titan, back in 2005, with the Huygens lander (Cassini/Huygens mission).
That was covered in the video
Amazing mission🤞🏻
Eu vou ser astronauta!!😎😎😎😎😎
Great work
I’ll be 90 years old when it lands. Been following space exploration and development since the late fifties. Seen it all. Now waited over 50 years for the next manned moon landing. I’m a patient guy. Hopefully when I reach 100 in 2040 we’ll be able to see asteroid miners drinking in “SpaceX City” saloons on their six-monthly breaks.
1:45 - Excellent video! I love Titan (from the far😊). This moon is the only body in the Solar System that has a "stable body of liquid" on it. I am not sure whether we can talk of a hydrolic cycle when we know that the water there is harder than granite.
The hydrological cycle here refers to liquid hydrocarbons rather than water.
That will be so cool. It should have a microphone
What will happen if it rains over the drone. Also is there fast wind?
Nice video, would a roving quadcopter, in other words a rover with quadcopter flight not be a more viable design?
No. Wheels and motors to drive them adds a lot of weight, which the props would have to lift.
Thanks for this. Very interesting. But you sort of glossed over the communications link. Will that little flying rover be able to communicate back to Earth entirely by itself? You didn't mention an orbital vehicle.
It will communicate directly with earth.
There are some problems with the numbers:
13:05 Dragonfly will spend 3 Earth years or 764 Titan days...
13:22 Dragonfly will lift off once per Titan day which is 16 Earth days...
If 1 Titan day is 16 Earth days, than 764 Titan days are 12224 Earth days which is more, than 33 Earth years, not just 3 so at least one of the numbers is totally wrong.
Why not land near where the water is punching up?
Amazing video that I like ! Thank you for sharing . Happy new year to you with all of your best wishes !
Already did.
I wish that they could send more than one of these helicopters over there at a time. I wish that they could deploy 20 of them to go in 20 different directions all at the same time.
Can't they just land south and fly towards the pole? Is this a range issue? Can it be part of an extended mission if it lasts years longer than expected, as many NASA missions do? Or is it still too far out of it's range?
I understand that the polar regions will be in darkness when Dragonfly lands.
I just wondering since this atmosphere is thicker then earth, how are we going penetrate it?
Divert more material from around Saturn to build up Titans mass. Use it's wind to produce electricity. Float clear spheres with fins and dynamos, they tumble to produce more light there.
Brilliant idea, you need to get in touch with Elon musk.
5:17 Nice "modern quadcopter drone" lol
I "love" the idea of sending a probe to the equivalent of the Sahara to look for signs of life. I get it, but I also "love" it.
Life requires more than ingredients; it requires information.
Information with a gamble
We could scatter some information pamphlets on the surface. Stand back and before you know it, there'll be jungles and all.
Thanks 1:31 for explaining how methane becomes liquid in the cold. Finally.
Well, he didn't exactly *_explain_* it at all. While the following also does not explain it exactly, it may cast more light on the subject. The melting point of methane is 91.15K - this temperature may be slightly different on Titan, due to somewhat higher atmospheric pressure. The surface temperature on Titan is fairly constant at about 94K, or about 3K or 4K higher than the melting temperature of methane. This means that, when there is methane precipitation, it may fall as snow or rain, but once on the surface, it will be liquid. HTH...
NASA needs to start sending massive swarms of drones for all the planets and moon and do so much more why do they only send one in one area I understand that technology is expensive but they need to start sending millions of swarms on every single planet and moon swarms.
drones only work if theres an atmosphere and most moons dont have atmospheres
It's like a giant ball of fuel
How much power drone like that needs to send signal to earth, radiowaves, microwaves?
TITAN MUCH BETTER THAN MARS!!!!!!!!!!!
A lot of what I planned to comment has already been said. So, I'll just THANK YOU!
Excellent video! Thank you.
So Titan will be our new home
Thanks and happy new year to all!
They better hope in sending more then just the one
Doesn’t the lack of craters have a lot to do with the thick atmosphere? Things are always bouncing off ours
And the people on Titan are called Titewads😂
This is amazing!
Now I can totally understand the costs of a mission like this, but I can't help but feel as a redundancy for such a high risk mission, that a second dragonfly (separate but parallel mission) should be sent to another area of interest where a landing is possible. Much like the 2 Viking landers sent to Mars many decades ago. If this single lander fails it would be a shame to achieve nothing for all that cost. But of course cost from the very beginning is the issue.
Why have one when you can have two for twice the price?
An, extremely interesting and well done video. Thank you
Why don't you post the links to your videos on you X account?
So, Titan AE may become a reality?!😂😂
Why is it so hard to land in the polar region?
And,, now, the match test!
No O2 to burn
I seen this on interstellar😂
Terrific video. Titan mission sounds so fascinating.
AFAIK nasa already landed on titan and took a pic
This gonna be big. Can't wait till it happens and see the images. No not like our own.
We have already landed on south pole of moon , isro successfully done that 👍🏼
hello
By the time that drone lands in 2034, we've already sent drones that are much advanced and will arive there in speedy time.
Theyre gonna terriform it someday.
Sending down a nuclear rotor drone where it rains gasoline. I’m mean, what could go wrong? I hope they pull this off. What fabulous images will flood our simple human minds.