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Thank you very much for introducing my work!
ОтветитьVery impressive, thanks for sharing
ОтветитьI think. Fantastic
ОтветитьWas this amazing collection in NJ dec24?
ОтветитьAll propellor technologies need to be ignored like VHS tapes, and focus needs to be placed on the Ionic Thrust Propulsion systems. Quiet, and no moving parts.
ОтветитьBattery technology is terrible, the first thing I would try to see how long does a UFO stay in flight , that will point out immediately it's shitty human battery tech
ОтветитьVery cool thanks for sharing that with us. Sounds like sounds like drones are getting so sophisticated only really need better batteries
ОтветитьPerch on a roof and spy your next move... 👀
Ответитьเราคิดว่าดาวเทียมที่โคจร
Ответитьwe need cyberpunk AV
ОтветитьA number of groups within the industrial military complex are working with the leading edge new tech. That will empower the current armed forces, for now... With the next generation battlefield weapons.
The Military Armies of the World is about to undergo the biggest change in its entire history. As we enter into the age of automation and remote users safely out of harms way of where the real battle is taking place. With the assistance of SatNav real time, and an array of tools that can identify where every soldier is positioned, makes for stealth assassinations to be executed in perfect precision without loss of life to the aggressor.
This is the game changer, unless as in a game of chess you are already able to track these incoming and annihilate the enemy before they strike you. A.I. will be the field commander and is already scoring big in this area as it does not have to be mindful of the etiquette of the "Rules of Engagement" any longer as it is third party and the responsibility has been handed over to A.I. Which enable us to get around the one rule that was hampering future progress as we know it.
The downsides is that all the big ships and planes are now sitting duck targets for the far more nimble strike force that has been created. E.M.P. drones have been created to bring naval ships and submarines to a standstill, again making them sitting targets just for elimination.
The problem we have with technology is that most things that we can think off are out of date by the time we've produced it. What A.I. comes up with is the self evolving battle field tech that literally collects data in real time in the first mission, to then send that data back to HQ, for the next level machine to fine tune and consider other hellfire features to destroy the enemy.
Neural Link was meant to be able to interface with the soldier on the battlefield, with A.I. but it was too risky and humans are expendable which was not a good choice. So the Cyborg is the far better option and there is no loss of life, as the design of 1.0 is nearly indestructible Obviously in time, they will be harder to destroy, and why they become the better option to have as your so called "Universal Soldier" accept it is non-human.
Bio warfare got a new makeover as we can now deliver any lethal chemical weapon and release it with the drone operator who is safe from any harm. Technologies do eventually come where even the drone can be taken over and can return to base to deploy the weapon it was sent with. Cyber war enters new age with A.I. as it can access multiple platforms and rig to destroy in matters of pica seconds, or even worse still take hostage and utilize the platform for its own nefarious interests.
The problem with imagination is that it's not limited, and with every passing second you can ramp it up to the next level and beyond. So I'm looking for a job in the Military Industrial Complex, preferably here in the U.K. as it's my home Country, and why shouldn't we have the best. One million pounds a week for an hours work of imagination should be sufficient to see you wipeout the competition.
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ОтветитьGood so people can make homes for astruanots.
ОтветитьThe narration is that of a 10yr old with a speech problem.
ОтветитьIon based drones are the future, but I think that it must be also enriched with magnetic field tech to get max efficiency.
ОтветитьThe drone that is powered only by ionic energy (or so I think) I already knew it for one or two years ago... it is very interesting, but it will take at least another 5 or 7 years before it is practical, useful and quieter than what they promise And still, there's a high chance that it's just fake (a hoax/scam) or even if it were real, it's not as shocking, revolutionary or incredible/disruptive as thought... but we'll see about that. 😉
ОтветитьI'm no engineer but I would like to see a drone similar to the traditional four blade design but are actually blade-less (Yes I know the blades are there but hidden). Reason being if we can nail that down, then I see no reason it can't be scaled up to blade-less flying cars or passenger vehicles. A flying car based on blade-less drone tech would be a great deal safer for the average person then something with four spinning blades that they need to get in and out of.
ОтветитьSome of these drones can increase flight time with light weight solar cells.
Ответитьdraganfly is undoubtedly the best drone company!
It is providing support in ukraine by supplying ukrainian people with medicines, insulin and much more.
with this it is increasing its visibility and brand awareness.
has an experienced team and unique technology, currently very underestimated based on its potential!
Ionic propulsion is far more advanced than what is demonstrated in this video. Linda Moulton-Howe, the journalist who investigated then published a couple books about unexplained livestock mutilations received video from an eyewitness in California, who captured a large and unusual object hovering in place near his house. It had odd symbols and some recognizable print on it that she was able to track down.
It turned out to be a project sponsored by the government to design and test an aircraft using ionic propulsion. It was similar to the one in this video in that it was built to be very lightweight, but carry no payload. The craft was very large, especially compared to the one seen here. It would have been too large to fit in a common residential two-car garage.
I'm convinced the future of flight, including long distance space travel, does not include the use of liquid fuel, solid propellants, or any kind of consumable material that must be replaced periodically. Ionic, magnetic, whatever the solution is, it will have to be a limitless resource that has almost no labor intensive human involvement.
Fix your dam resolution and replay size
ОтветитьWow...I like the 3-d printing drone...Elon could definitely find an obvious use for that.
ОтветитьGreat tech - however, there needs to be bans/strict limits against the gubment using this technology against citizens.
Ответитьi for one would like to welcome our new drone overlords!
ОтветитьStop drone development. They are fun as toys, but they will be humanity's worse nightmare, because ALL governments WILL use them as herd enforcers.
ОтветитьThe extruding drone should just build houses unaided with silicate mud.
ОтветитьActivision: 👀🥩🥊🥊🥊
ОтветитьI believe in ET UFO’s, and other life forms in the universe.. and I really believe that the military ( the industrial complex especially ) are responsible for a lot of ufo sightings today
ОтветитьStabiliteeeeey…10 pouuuuuuuuunds
ОтветитьTsk... that first drone, the one that's supposed to be ultra stable for precision work?... Every actual flying footage shows the damned thing wobbling about like it has a drunk pilot.
ОтветитьI'm an Australian aerospace engineer who was educated in America. Although I love the work people are doing in areas like drones we still need to see them and a lot of other tech as only part of the solutions humanity needs and in some cases they're solutions to problems that don't exist.
There is one field I'm 99.99% certain drones are about to become huge.
Sorry for the long answer but I think you'll like where I am going with this.
So you know where I'm coming from. I've had a series of fairly blunt lessons handed to me over the last 20 years. Before that I was doing a lot of industrial control systems, automation and robotics for manufacturing. In 2002 I met Harrison Schmitt (Apollo 17). Very nice guy and he mentioned Helium-3. At that time all my avenues in aerospace were blocked so I went off to the Australian mining sector. I thought my background mixed with some practical mining experience might open some doors in the "lunar mining" field.
1 - It never opened a single door because that industry is still years away. Even to this day as far as I know I am the only aerospace engineer to have ever helped construct a remote mine or work on an operational remote mine.
2 - I got some blunt lessons in remote site REALITY particularly in site infrastructure and maintenance. When I mean remote some of our mines are in places where the nearest people (for any reason) are 100s of km and hours of travel away. Almost anything you need on site takes a week of road travel and anything you're desperate for is maybe 1 day away on a plane.
3 - The bluntest of lessons I got was in basic infrastructure. Modern society has become so accustomed to basic services we've forgotten its there. Nobody turns on a light and wonders about the power grid. Nobody flushes the toilet and wonders about where it goes or where the fresh water refilling the cistern comes from.
I expect that infrastructure is about to become the biggest subject in the world. Forget Kanye West, Donald Trump and Vladimir Putin when 1.5 billion westerners can't watch football because the power is out or can't flush the toilet because there's no water THAT WILL CHANGE THINGS.
The problem is there's so much neglect it will take decades to fix. That's where drones are about to be huge - INSPECTIONS. Pipelines, power lines, bridges and other stuff needs to be regularly inspected because so much of it is old an poorly maintained. In 2014 60 minutes America said that America has OVER 30,000 bridges in need of repair or replacement and they aren't alone. There was the Ponte Morandi bridge collapse in Genoa, Italy in 2018 that happened through neglect.
That's just bridges. Where do you think we're at with Power and Water infrastructure? Don't forget there's 2 water systems clean and waste. Then there's things like gas infrastructure as well as rail, road, airports and ports.
In many cases nobody knows what needs repair or what needs replacing. As a result nobody knows where to start because there's so much to do. Because there's resource limits with people, materials and money, SMART WELL INFORMED DECISIONS aren't a buzz phrase its a matter of necessity. That's where drones are about to become incredibly important - inspections.
you keep droning on about these machines!
ОтветитьPretty wild stuff!
ОтветитьWow, each one is beter than another. 👍
ОтветитьThis is so cool
Ответить#1 is the most useless one there
Ответить"This drone is base on fluid propulsion" :'D
ОтветитьThese are quite interesting, but many clips show sketchy flight performance. And the still speaks for itself: the source is hiding something.
ОтветитьThe Silent Ventus is on some UFO shit
ОтветитьThis is radical. These guys have come up with things that I haven't even thought of. It's really cool.
Ответить5 actually does something specific, 3 has many uses. The rest are student projects. If 2 and 1 were practical, bees would have evolved to do that. That's what you get from students drinking in bars at night 😀
ОтветитьYawn
Ответитьpainful to watch
ОтветитьIt takes a lot of energy to hover. One should always ask; "Is there a good reason why I'm not putting leg(s) to the ground?"
Ответитьbehold the born of human hunters in a near future.
ОтветитьThat kinda felt like an early R&D video for Cyberdyne right before they created Skynet.
ОтветитьIt’s all BS. 5 minutes to 15 minutes
Toys. Nothing but toys.
That monocopter is crazy. It's like some future AI crap.
Ответитьwhat we never see, is drones that can automatically land and charge themselves, so they can fly constantly if you want, or have a drone alarm clock that flies around room and lands automatically to charge for the next alarm.
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