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DIY 100 mm Electric Ducted Fan thrust test | 1000 Kv Vs 1700 Kv | 3D Printed | DIY
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- Опубликовано: 11 фев 2023
- This is the part-1 guys
For Part-2 Click on the below link :
• Dual Propeller 3D prin...
Hello guys, I have designed and built a 100 mm ducted fan in this video and compared the thrust of two different motors. The ducted fan has a 96 mm diameter and is 3D Printed. I am using DYS Series motors of 1000 Kv and 1700 Kv.
I have designed a new blade for it.
Check the maximum thrust obtained and use these results for your future projects.
Check out the video to check the thrust test of the motor and make one for you.
Thanks for watching and liking, sharing, and subscribing.
Helps me reach 20k subscribers...:-)
For downloading the 100 mm EDF 3D printing files, visit the below link :
themechninja.c...
Apparatus used in the video:-
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Do you have one for 1400kV motor
You can use 1400 kV motor it this design too
@@MechNinja thank you 😌
What about testing with the same rpm. To see efficiency of the blade. Not motor. 😂😂😂
It is impossible to do calculation in reverse.
Maybe you want to look into some nozzle designs that could increase the thrust?
Please check my new videos....i have improved my design a lot.
And thankyou for watching and don't forget to subscribe 😊😊😊
This video would be better without the background music. Or, turn the background music down to 10% of what you have it at. Otherwise, it's really great content.
Thankyou so much sir for your response....from next time you won't hear it....😊😊
@@MechNinja And, I'm excited to see part 2!
I want to make a robot that drives around my backyard patio and pool area and blows the leaves off like a Roomba each morning. So I need a powerful fan on the robot. Your tests are helping me think through the design.
You must definately wait for my next video it has very high mass flow rate......
It will be uploaded within a week....😊😊
if only there was a duct where both motors could fit inside of, so a drone could use the benefits of both motors, the torque and the high speed rotation in one duct :D
Your question will be answered in my next video where I will use two propellers in one Duct.
So thanks for watching the video and pls don't forget to subscribe so that you don't miss anything....😊😊
@@MechNinja im subscribed :D maybe later i can share a few designs that would love your 3d printed ducts :D
@@TheTrumanZoo yes definitely share me....and you can also suggest me some work too
@@MechNinja great channel man :)
I love watching these videos 📹
Thankyou so much 😊😊😊
Don't forget to subscribe 😊😊😊
700+ watts? How long will that motor last? Is there alot of heat in it after a 3 second pull?
I have not checked the motor lasting time....but yes after 30 sec of running it became hot.....
Thankyou for watching the video and don't forget to subscribe 😊😊😊😊
from where i can download the 3d printable file for free
You can download the file from www.themechninja.com
But it's not free 😅
Man you don't even let the thrust to stabilize for a second, you should give this things at least 3 or 5 seconds on full power to take measurement, your intention is good but your method need to improve or your data will not be reliable.
Thankyou so much for your suggestion.... actually in my new videos I am also verifying the operating temperature....and finding new ways to accurately measure data....
Do check my new videos too....
Thankyou so much for watching and don't forget to subscribe to subscribe 😊😊😊😊😊
Fan propeller price and link???
It's in the description
Or you can visit www.themechninja.com
did you try the toroidal propeller?😅
Thankyou for your suggestion.... actually I am working on it....will upload the video soon.... don't forget to subscribe 😊😊😊
The point about a toroidal propellor is that it is effective as an alternative to fans that are in the wild, with an open tip. A duct already serves the purpose that the toroidal propellor was designed to fulfil, so a toroidal propellor in a duct is likely to be less effective than blades with a straight cut at the end
What about the effect of gravity considering your test rig
I have calculated the ideal thrust while lifting the EDF to horizontal position...hence the effect of the gravity is considered here...if you have any doubt then you can ask me here....
And thankyou for watching and don't forget to subscribe 😊😊😊😊
isn't this the same video as last time?
Yes.. actually a little information was missing from it...
So i have to reupload it coz I don't anyone to miss anything.
Thankyou so much for watching it....
Price
You can check the website provided in the description
@@MechNinja stl file ka price ya print edf ka h
Vo file ka price h....apko agr Print chahiye to apna address mail krdo me quote send kr dunga apko
I buy edf
Thankyou so much....you can check the link provided in the description
@@MechNinja description m stl file h bro. Print edf price
first comment
Thankyou so much for watching it....😊😊
Goog