i feel thats not true, its not like a car that needs grip on the surface below it to go foward, the pressure the props make on the air is unaffected by whether that platform moves or not. pls correct me if im wrong@EDNgameON
@@airgliderzAmericans don't know what a kilometer is. It is normal for you to think that it is not a lot of speed just because miles represent it with a smaller number.
For people that need some science to believe it: To go to 200km/h in 0.5s you need 200/0.5/3.6/9.81=11.3 g on average. An fpv racing drone has 1800x4=7200 grams of thrust. The drone weights about 450 gram so at the start it can have 7200/450=16 g. When the speed goes up the thrust will go down a bit but 11.3 g on average for 0.5 s is absolutely possible.
A lot of math but your assumptions are wrong. a) 1800g thrust is a static number based on e.g. a 6" two-bladed prop which a drone rarely has. You'd draw close to 50A per motor on that and no racing drone is designed to consume 200A at any given moment. 120A is already a very high figure. Don't forget that at no point in time a drone's motors simultaneously run full speed since the PID system will always balance thrust to keep the drone stable mid-air, especially given the turbulence air resistance and its own prop wash at higher speeds. b) The 'static' keyword in A is paramount. As soon as the quadcopter flies off, it moves away from the air it tries to push, drastically reducing static thrust. c) There is an exponential increase in air resistance as it builds speed. d) No drone that competently handles 200A and 6" props weighs 450g. e) Racing drones are not built for absolute lineair top speed but for a blend of high speed, maneuvrability and endurance. Choosing very high pitch props and the hardware needed to drive it is detrimental to two of these factors. 0-200 in 0.5s is absolutely, positively impossible for the depicted device.
@FrankyFeedler Thank you for the feedback. a) my numbers were based on chris rossers motor test. The wasp major delivers 1800 grams of thrust with a 5inch propeller. The efficiency is 2g/W so that's 900W per motor. On 6s that's about 40A per motor. The ESC's and battery are rated for that but that's of course marketing and should be tested. b) Important point but we don't know how drastically so that should be tested. c) True d) It's possible to build a 5" racing drone of 250g and a lipo of 200g. Maybe his setup is closer to 500g but I don't know
@@FrankyFeedler e) That's true but 200 km/h isn't that fast. Andy rc did some testing a few years ago with 3inch drones and they went over 170km/h. That's with outdated hardware and no top of the line parts
@@timon72489 A) On paper, but again there is no real world way that all four motors run full thrust due to the PID system, speed of the drone and 160A being unsustainable. That’s the reason it maxes out at around 200 because at that point its thrust relative to air resistance is zero. I’ll add a point F) though that I forgot: If it has the power to accelerate to 200km/h in 0.5 secs, which I still think is far from reality, the top speed of the drone would be around 400km/h which is unheard of.
@@jacobbirch21No, it’s not. I like to build 200km/h drones; solid figure for a ~450g 4s drone drawing 2000w power full throttle. Takes at least > 1 sec to hit 200km/h no matter what. Did the math. Can’t beat physics.
@@jacobbirch21 it's possible for them to go that quick, but this video doesn't claim that. It claims to have an average acceleration of 400km/h/s. That's definitely not the case here. Takes over a second for the quad to go full speed, not 0.5 seconds.
Im pretty sure hes at champs when he made this video, so my calculated guess would be like 5-8 mins. It would be 15 if he wasnt doing full throttle the whole time
His newest line of motors is with RCINPower, and i think they are 2200kV or 2300kV 2207 motors on 6s. Much faster than the typical setup, i run 1750kV 6s, lol.
Looks like a standard "diy" or custom built 5" fpv drone with an X frame designs. Some nice motors like 2207's or bigger and a good 6S lipo pack to handle it. Doesnt look super fancy really but it could also just be super light weight and adjustable, etc.. Not sure on the drone frame brand.
IN THE PREVIOUS VIDEO THE ACCELERATION WAS 0-200 Km/h in 1 SECOND... NOW IT TAKES 0.5 SECONDS??? THE NEXT 0,1 SECONDS???😮 SOME MORE VIDEOS AND IT WILL REACH LIGHT SPEED!!!!!😊
It’s fpv drone you need to make it by yourself I have some and it’s expensive and really hard to use you have to do like 30 hours simulator before flying
Carbon fiber frames eliminate that factor almost entirely, so unless some screws were cheap monkey metal and stripped out while under force or it wasn't pre flight checked for loose hardware or abnormalities they aren't going to accelerate so fast they rip themselves apart
@@IRONCaptainPanic Or if they forgot to use loctite. Tighten all you want; screws will shake loose and motors destroy themselves (the wiring) in an instant.
@@FrankyFeedler motor wiring does not rotate it is static, so there's no reason it would destroy in an instant... I have about 20 racings drones, some designed to achieve 250Km/h at top speed and never had any issue, even without loctite, just a regular tighten checking before the flight and that is fine
@@MessFPV Thanks for the explanation of how motors are static. I did not know that. If it comes loose, it will rotate around itself and the force will rip the wires. That it hasn’t happened to your builds doesn’t mean it doesn’t happen.
@@FrankyFeedlerbrushless motors have static electro magnets, only the clutch with Dyn magnets rotates around, it's designed to handle very high RPM, I am in the FPV community and know exactly what kind of issue happen or not, and no motors ever explode or whatever, bearings can damage with time and depending on the use but this is replaceable, what damages motors is either the crashes or a burn of the wiring in some cases due to to much amps or a bad setting (PID , filtering, etc...). But Gs or speed is not an issue in any way for the hardware by itself, it's designed for that.
You see how the camera got moved real fast at take off then the camera blurred when it was speeding off that is from cgi you see how nothing blurred from the beginning jeeehz
I like how it even launches the launchpad
It would be faster if it did not.
@@EDNgameONa little bit
i feel thats not true, its not like a car that needs grip on the surface below it to go foward, the pressure the props make on the air is unaffected by whether that platform moves or not. pls correct me if im wrong@EDNgameON
😂😂😂😂
@@slimsqde7397yapping is crazy
Nearly as fast as my daughter, when she sees vegetables on her plate.
😂
Haha garing
200kmh is not that fast its only 124mph. Metric kmh makes you sound fast when you're not.
😂
@@airgliderzAmericans don't know what a kilometer is. It is normal for you to think that it is not a lot of speed just because miles represent it with a smaller number.
Bro left faster than my dad 💀
damn 💀
💀
For people that need some science to believe it: To go to 200km/h in 0.5s you need 200/0.5/3.6/9.81=11.3 g on average. An fpv racing drone has 1800x4=7200 grams of thrust. The drone weights about 450 gram so at the start it can have 7200/450=16 g. When the speed goes up the thrust will go down a bit but 11.3 g on average for 0.5 s is absolutely possible.
A lot of math but your assumptions are wrong.
a) 1800g thrust is a static number based on e.g. a 6" two-bladed prop which a drone rarely has. You'd draw close to 50A per motor on that and no racing drone is designed to consume 200A at any given moment. 120A is already a very high figure. Don't forget that at no point in time a drone's motors simultaneously run full speed since the PID system will always balance thrust to keep the drone stable mid-air, especially given the turbulence air resistance and its own prop wash at higher speeds.
b) The 'static' keyword in A is paramount. As soon as the quadcopter flies off, it moves away from the air it tries to push, drastically reducing static thrust.
c) There is an exponential increase in air resistance as it builds speed.
d) No drone that competently handles 200A and 6" props weighs 450g.
e) Racing drones are not built for absolute lineair top speed but for a blend of high speed, maneuvrability and endurance. Choosing very high pitch props and the hardware needed to drive it is detrimental to two of these factors.
0-200 in 0.5s is absolutely, positively impossible for the depicted device.
@FrankyFeedler Thank you for the feedback.
a) my numbers were based on chris rossers motor test. The wasp major delivers 1800 grams of thrust with a 5inch propeller. The efficiency is 2g/W so that's 900W per motor. On 6s that's about 40A per motor. The ESC's and battery are rated for that but that's of course marketing and should be tested.
b) Important point but we don't know how drastically so that should be tested.
c) True
d) It's possible to build a 5" racing drone of 250g and a lipo of 200g. Maybe his setup is closer to 500g but I don't know
@@FrankyFeedler e) That's true but 200 km/h isn't that fast. Andy rc did some testing a few years ago with 3inch drones and they went over 170km/h. That's with outdated hardware and no top of the line parts
@@timon72489
A) On paper, but again there is no real world way that all four motors run full thrust due to the PID system, speed of the drone and 160A being unsustainable. That’s the reason it maxes out at around 200 because at that point its thrust relative to air resistance is zero.
I’ll add a point F) though that I forgot: If it has the power to accelerate to 200km/h in 0.5 secs, which I still think is far from reality, the top speed of the drone would be around 400km/h which is unheard of.
@@FrankyFeedler maybe you are right but I want to see it tested, I don't think it's super far off
Hi can you say the name of the motor you used for this 200 km/h in 0.5 sec drone please 🙏🙏
thats the exact sound that tortures me at night-damn mosquitoes 🦟🤣🤣🤣🤣🤣🤣
120 MPH pretty good.
Which frame did. you use??
"200km/h in 0.5 sec" source:straight from my ass
Fr there’s no way it accelerates that quick.
It is possible for FPV drones to go that quick
@@jacobbirch21 where did you get that from?
@@jacobbirch21No, it’s not. I like to build 200km/h drones; solid figure for a ~450g 4s drone drawing 2000w power full throttle. Takes at least > 1 sec to hit 200km/h no matter what. Did the math. Can’t beat physics.
@@jacobbirch21 it's possible for them to go that quick, but this video doesn't claim that. It claims to have an average acceleration of 400km/h/s. That's definitely not the case here. Takes over a second for the quad to go full speed, not 0.5 seconds.
Whats the flight time on a spec like this?
Im playing with the idea of a racing drone over a explorer and some of the budget options seem very short
Im pretty sure hes at champs when he made this video, so my calculated guess would be like 5-8 mins. It would be 15 if he wasnt doing full throttle the whole time
What’s the little orange pointy piece for?
👍👍🦾🦾 what kind of drone is this? Where to buy ? 👍👍🦾🦾
That shit traveled into hyperspace
what are the motors? those are hella fast! Also is that 8s, 6s, 5s or 4s?
my guess is 6s
My guess is 6s and like 1950 KV 2207 maybe
His newest line of motors is with RCINPower, and i think they are 2200kV or 2300kV 2207 motors on 6s. Much faster than the typical setup, i run 1750kV 6s, lol.
@@Fpvpilot928 🧠
how much does it cost where did you buy it from
Why do race drones have the little
Rhino horn on the front? Is it meant to help with aero dynamicsv
They’re hiring in Ukraine for guys like you❤️🇺🇸 🇺🇦 ❤️
Aw 😢 i won a drone racing competition in Bangkok but they probably won't hire me cuz I'm 14 and it's a warzone
To kill soldiers fighting for their country? 😂 disgustig
Any info floating about on the kind of drone you have?
Looks like a standard "diy" or custom built 5" fpv drone with an X frame designs.
Some nice motors like 2207's or bigger and a good 6S lipo pack to handle it.
Doesnt look super fancy really but it could also just be super light weight and adjustable, etc.. Not sure on the drone frame brand.
Bro I saw u congratulations on ur win in Al majaz island ❤😊
Where can i get this drone? How much money i need to buy this drone?
You have to build them custom
That thing just got yeeted. No cap.
What kind of drone is this?
How can i buy this drone ?
And what is the name of this drone please
It's home made /custom built
The drones name is Augustus and he is not up for sale
What about flight duration?
Faster than the plaid
*Teenage Alien Kid Flexing in response to this* “Oh that’s nothing, check this shit out”
*proceeds to go light speed in 0.1 of a second* 😂
what drone is this? mods?
What drone is this
Anda memakai motor dc apa?? Dan PCB nya pakai apa?
Mindblowing 🤯
프레임 어디서 사요?
Let's start getting people in these things change the world.
Where to buy
When you use km/h because it sounds faster
Quad specs?
Why don't you show GPS data to prove it? Looks like 90 km/h.
MCK fly over 200 easy... I fly over 300... I'm noob
@@Maduk2008 600.
ruclips.net/video/OuIVIaLiEs4/видео.html 200kmh is easy.
With GoPro or cinéma camera it's possible too
@@Maduk2008in 0.5sec? I don't think so.
@@Maduk2008 You being a noob is why you think you fly over 300. You'd have beaten the world record, for example.
Que motores llevas??
La batería es un R - Line tattu..pero cuántas S???
As for it to launch is easy but the recover....
Get to New Jersey with this badass and catch one of those mystery drones, they wouldn't know what hit them.
4s or 6s?
What this drone name?
To settle the arguments:
It’s not in 0,5 seconds, it’s a phrasing. They still go pretty fast, both in straights and corners.
Price❤
One sec, 0.5 sec..it's extremely fast anyway, we can all see that, no?😅
Is this legal in the EU?
0.5 seconds is an overstatement, its definetely not gonna reach 200 in half a Sec
IN THE PREVIOUS VIDEO THE ACCELERATION WAS 0-200 Km/h in 1 SECOND... NOW IT TAKES 0.5 SECONDS???
THE NEXT 0,1 SECONDS???😮
SOME MORE VIDEOS AND IT WILL REACH LIGHT SPEED!!!!!😊
I want to know how you set it up in betaflight to launch like that
Look up launch control
Not kronos frame?
Faster than the speed of sound
Daaamn!! now thats fast for such a small object...😂👍
Wish I had a park like this around me
That hit the ground
Nice.... I Subscribed
the long ones, not the shorts
Bro what is that motor
I’m aussi and know my km, god DAM she’s fast💀💀💀
Nice but the only thing you need is a place where no one is💀
Where can i buy one?
It’s fpv drone you need to make it by yourself I have some and it’s expensive and really hard to use you have to do like 30 hours simulator before flying
That’s quick I guess 😅
How much ?
How much
And a astonishing 2 min battery life 😂
I call BS on that speed and time😮
Okay I take that back I called BS on that time to get to that speed there's no way 😂
That thing just got yeeted
How do you even control that thing
No way :0
how to buy?
It's custom
Links to everything. Launchpad. Drone. Batteries. Everything please. I’d like to buy
Kv?
Pro launch more like prop launch😊
Hardcore backflip might get your balance lead in the props!
How has this voice not been banned in all platforms yet. 🤦🏻♂️🤦🏻♂️
Wow!
Pero con la protección elástica esa que pones se calienta más el VTX ! !
Dónde lo consigo?
Cool😃
Какого марка?
Self built drohne?
“0 battery in 2.5 sec 🤯🚀”
❤Incredible ❤🙏💪
I’m surprised it didn’t hit the ground. Bro your blades would’ve been ate up a bit.
Bro send the drone to the fifth dimension☠️💀☠️
I like it... Faster Drone
Okay but why is nobody talking about the 2 bump noise at the end 😐
Have you ever had a drone take off so fast that it ripped itself apart?
Carbon fiber frames eliminate that factor almost entirely, so unless some screws were cheap monkey metal and stripped out while under force or it wasn't pre flight checked for loose hardware or abnormalities they aren't going to accelerate so fast they rip themselves apart
@@IRONCaptainPanic Or if they forgot to use loctite. Tighten all you want; screws will shake loose and motors destroy themselves (the wiring) in an instant.
@@FrankyFeedler motor wiring does not rotate it is static, so there's no reason it would destroy in an instant... I have about 20 racings drones, some designed to achieve 250Km/h at top speed and never had any issue, even without loctite, just a regular tighten checking before the flight and that is fine
@@MessFPV Thanks for the explanation of how motors are static. I did not know that. If it comes loose, it will rotate around itself and the force will rip the wires. That it hasn’t happened to your builds doesn’t mean it doesn’t happen.
@@FrankyFeedlerbrushless motors have static electro magnets, only the clutch with Dyn magnets rotates around, it's designed to handle very high RPM, I am in the FPV community and know exactly what kind of issue happen or not, and no motors ever explode or whatever, bearings can damage with time and depending on the use but this is replaceable, what damages motors is either the crashes or a burn of the wiring in some cases due to to much amps or a bad setting (PID , filtering, etc...). But Gs or speed is not an issue in any way for the hardware by itself, it's designed for that.
That wasn't 200km/h in 0.5s but still pretty fast acceleration
It probably was...
@@flighttrain71 don't underestimate drag. It limits acceleration HARD. You can see the acceleration dropping quickly, nearly immediately after launch.
@@TimeFadesMemoryLasts ik... there is a comment that did the math
Man drones Can even beat the fast cars like lambos ferraris
call it the red bullet☠️
You see how the camera got moved real fast at take off then the camera blurred when it was speeding off that is from cgi you see how nothing blurred from the beginning jeeehz
Dont place a camera on it or redbull will be mad 🥈
Bro can u help build mine too
Straight to the ground
That one fly
Could someone give me this drone build ❤ ?
RC Airliners:🗿🍷
Drones:🤡
Blud really said *”Gotta go fast”*
Power to weight ratio on this thing is ridiculous.
1200 WATT????😅😅😅
Me when I get an f in my exam:
0.5 sec✅
2.0 secs💀