[EDIT] Fixed the link
Hey guys,
Just wanted to introduce a new drone with 1 hour flight time: https://turncircles.com/long-flight-uav-drone-flir-thermal-camera-with-live-video-stream
[EDIT] Fixed the link
Hey guys,
Just wanted to introduce a new drone with 1 hour flight time: https://turncircles.com/long-flight-uav-drone-flir-thermal-camera-with-live-video-stream
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Replies
Hi Forest,
I very much appreciate your comment. This kind of exchange was exactly what I was hoping from this forum. But turns out a lot of people finds it easier and "ethical" to accuse one just like that without even respecting the time and energy put into this product. Funny is also that nobody asked me "how did you do it"...
Anyway, thank you Olivier to you too, it is a good point to test the ESC's lifetime. They make the one hour flight but I don't know yet for how many flights. And this kinda stuff is what we need to test before hanging a price tag.
Take care,
Kaan
Forrest Frantz said:
Complete scam, first answers said it all, (repeat) but thanks for the fun, interesting how this forum regularly gets some of these ... Guess price of entry is close to zero.
This one looks like it's getting traction, complete with "Hi ,.,, thank you for ..." responses. Sea lion,
Did like the "monobuild carbon airframe", GPS and ESC's will have a great time underneath. And loved the "use of Halback arrays" in motors, complete with render with CF circular top plate. Of course! But "drone killer" beats it.
42AH? Ah, detail, detail. What, scammers are not allowed typos?
Zero engineering, yet cute render. You can fool all people sometimes, some people all of the times.
Thanks but no thanks in advance about signing up for your scam newsletter.
Wrong forum.
Kaan -
I'm a two time world record holder for flight duration. So as you can imagine, I've done years of research on what is possible and as such found out what is not possible.
Please do not try to convince this forum that a ship with 11" props can fly for 1 hour. Not possible given existing rotor and battery technology (LiPo, LiHV, LiIon, LiS, Hydrogen Cell).
If you want to make a solid contribution to this forum and industry, up your prop size to 15" then design a lighter and stiffer frame. I suggest an X. Then 1+ hrs using LiHV 10C batteries is a possibility (but not easy).
You obviously have good design engineering skills to make sleek and pleasing lines. But marry that ability with someone with solid mechanical design. An H design weighs too much for a duration ship and this forum knows it.
A safe bet is to go with T-Motor 17" props + MN3508-29 motor + DYS 40A ESC so then you more duration margin and can incorporate more "design", which always has a weight penalty--less flight time. So pretty and 1+ hr is possible.
The only thing that can beat the 17" is a U8 swinging 28 - 30" props. But start small, my friend, and learn before you go big.
Hi,
Antonov was soviet company but now it is Ukrainian. Love their planes and it's sad to know we are not in a same team anymore. That's for Mi-26 it's real giant with really specific market niche. So I totally agree with your point, every vehicle can have its own niche.
Kaan Ozgen said:
Just like Russian Mi-26 and Antonov. They are not the best sellers but there's still need in the market...
About the efficiency, we've focused on the overall system, measuring the flight efficiency. Putting the most efficient Plettenberg motors doesn't necessarily contribute to the flight time as they are heavy. Vice verse the props. As the size of the propeller grows, so does your airframe... enlarging the system has no limits. We've stopped where we've achieved 1 hour flight time...
https://youtu.be/tqP6CyFyI84
This hexa flies without loading 55 minutes.With 1 KG load 30 minutes. 10000 mAh
I do not know if it is a joke but to have 60 minutes flightime with 11' props you need a motor/prop combination with almost 4 times the efficiency of motor/prop actually on the market.
Rainer K. said:
I do not think so because multirotors have some advantage if you consider payload vs size of aircraft .
Multirotors are much more easier to pilot because they do not fly they rather translate in the air and they can fly better with wind.
When a quad flies 50 minutes with 250 grams of payload it covers a lot of needs so the fixed wing become the right choice only if you need more flightime
So for a lot of applications the multirotor will continue to be a winning solution.
Andrew Rabbitt said: