People aren't watching the full video, so they don't fully understand the issues and how everything will be fixed in the next part. If I don’t show these details, no one will know the challenges faced when building a new model until it achieves a successful flight. Stay tuned for part 2!
Real plane me bhi atleast 0.5 ka ratio hona chahiye nahi toh emergency situations me handling muskil ho jati hai, only kuch bush planes me 0.25 ka ratio possible hai woh bhi headwind ke sath
There is a peculiarity in the demonstration of the glider without engines. There is no weight of the engines in their location. This shows a good position of the center of gravity. Thus, it is necessary to determine the same position of the center of gravity and the corresponding balance of the aircraft with the engines installed. Good luck!
Thank you for your insightful comment. I completely understand your point. This model demonstrates excellent gliding performance even without an engine, which I attribute to precise weight distribution. I always ensure that all components are positioned at the center of gravity (CG) to enhance stability and improve overall flight performance. Before attempting powered flight, I consistently test the model’s glide capability without power to confirm its stability. In this case, the engine's motor had a lower KV rating, which impacted the success of powered flight. Once I acquire motors with the appropriate KV rating for this size, I am confident this plane will achieve successful flight. Thank you again for sharing your thoughts!
apka project bahut accha laga. mujhe pata hai ki bahut mehnat lagti hai rc plane banane me. but apka dedication accha laga aur mai apke videos dekhta rahta hu. apka no mil sakta hai ???
Successful hai fly bhi kiya hu sayad pura video nhi dekhe Thrust to weight ratio sahi h (1300gram takeoff weight , thrust 1100 gram hai body ekdam balanced hai Is video ko upload karne ka ek hi reason ye hai ki sabhi log jaan sakein ki first flight ke dauraan kya-kya problems aa sakti hain, aur inhe kaise fix kiya jaa sakta hai.
Ha , Commercial Airliners like Airbus A320 Thrust-to-Weight Ratio: Approximately 0.25 to 0.35 Explanation: These aircraft prioritize fuel efficiency Power ok bas o wing bend ki wajah se ho rha h
Next part me sab update karne wala hu edf hi rhega sound ekdam real aa rhi h Speed bhi bhut achhi hai , moter prop me fir wahi slow fly hoga tractor ki tarah Ise muchhe autoland karna h
Sab skip karke , rebuild karle best flight dal deta to kisi ko kuchh nhi pata chalata ki kya kya problam ati h first time flight me , dekhate jao ekdam perfect fly hoga , next part me , muchhe pata h problam kya h, har model me problam h , jo ki main dikhata nhi hu , koi nhi dikhata Kaha to hu Part~ 2 ayega 😄✈️ fir dekhlena Bina test ke new model me problam ka pata nhi chalata h
People aren't watching the full video, so they don't fully understand the issues and how everything will be fixed in the next part. If I don’t show these details, no one will know the challenges faced when building a new model until it achieves a successful flight. Stay tuned for part 2!
Thanks!
Very good Video.
Thank you
You will succeed🤠👍
Thank you! I appreciate the encouragement.
Good job
Keep it up , nice work
Seem little underpower and wing need little more strength ❤
Next Part Everything is fixed ✈️
Nice job I want to do myself
Thanks! Absolutely, you can do it too! Let me know if you need any tips.
@ ok I will most likely start soon
Less weight and increase thrust
Hmm
good
underpowered hai bhai...gyaan mat dene lgna. mai bhi rc planes banata hun. 3s pe uda dahe ya 4s pe?
Wing bend ho rha h isiliye esa huaa h
Real plane ka ratio 0.25 ka hi hota
Fighter plane 1 ya usase jayda ka hota h
Real plane me bhi atleast 0.5 ka ratio hona chahiye nahi toh emergency situations me handling muskil ho jati hai, only kuch bush planes me 0.25 ka ratio possible hai woh bhi headwind ke sath
Hmm, isiliye to stall hone ke bad crash hi hota h agar plane height pe na ho tab
Airlines efficient banai jati h
Good glider 😂💯
Weit for Part~2
There is a peculiarity in the demonstration of the glider without engines.
There is no weight of the engines in their location. This shows a good position of the center of gravity. Thus, it is necessary to determine the same position of the center of gravity and the corresponding balance of the aircraft with the engines installed.
Good luck!
Thank you for your insightful comment. I completely understand your point. This model demonstrates excellent gliding performance even without an engine, which I attribute to precise weight distribution. I always ensure that all components are positioned at the center of gravity (CG) to enhance stability and improve overall flight performance.
Before attempting powered flight, I consistently test the model’s glide capability without power to confirm its stability. In this case, the engine's motor had a lower KV rating, which impacted the success of powered flight. Once I acquire motors with the appropriate KV rating for this size, I am confident this plane will achieve successful flight.
Thank you again for sharing your thoughts!
@@INDIRC1 🤝
apka project bahut accha laga. mujhe pata hai ki bahut mehnat lagti hai rc plane banane me. but apka dedication accha laga aur mai apke videos dekhta rahta hu. apka no mil sakta hai ???
Instagram , instagram.com/indi.rc/profilecard/?igsh=a2ttdDFrbTY3YTZl
Los edf funcionan bien con modelos de relación empuje 2/1.
Thanks , Currently I haven't found a higher kv motor , soon i put a 3500kv 4000kv motor for high thrust
Wing struts. At least 10-20mm carbon fibre tube.
Motors. At least 64-70mm 4s - up to 2kg of thrust
Thanks for the info!
Aaapke is plane me power thrust ki kami hai , motor change karke kuch or powerful lagayiye , model bhot accha hai , successful hoga 🎉😊
Well balanced bhi hai plane .
Successful hai fly bhi kiya hu sayad pura video nhi dekhe
Thrust to weight ratio sahi h (1300gram takeoff weight , thrust 1100 gram hai
body ekdam balanced hai
Is video ko upload karne ka ek hi reason ye hai ki sabhi log jaan sakein ki first flight ke dauraan kya-kya problems aa sakti hain, aur inhe kaise fix kiya jaa sakta hai.
Dekha maine , wo fuselage ke upar lagaya hua part na? It did fly but it was stalling and didn't have enough power to recover , wahi bol rha tha mai 😊
Ha , Commercial Airliners like Airbus A320
Thrust-to-Weight Ratio: Approximately 0.25 to 0.35
Explanation: These aircraft prioritize fuel efficiency
Power ok bas o wing bend ki wajah se ho rha h
@@INDIRC1 accha 👍 badiya , .
Aap gyro bitha Lena , fir pura asli plane wala feel ayega 😃
Bhai bina edf ka mast fly kar raha hai motor he laga do aacha rahe ga
Next part me sab update karne wala hu edf hi rhega sound ekdam real aa rhi h
Speed bhi bhut achhi hai , moter prop me fir wahi slow fly hoga tractor ki tarah
Ise muchhe autoland karna h
@ nice 👌
Make it a little bit longer then you will have a a321Neo
Ok
Brother, how did you make the servo 2 in the elevator?
I have an electronic installation video , soon.. i upload
6 maheeny lga k ye bnaya ha 😢😢
Weit for part 2 , 6 month me aur bhi kam tha
@ ok sir 🙂
Not exactly an A320 when it flew!
Ok
nahi Bhai hag diya expectations nahi thi ye tumse 😅😢
Sab skip karke , rebuild karle best flight dal deta to kisi ko kuchh nhi pata chalata ki kya kya problam ati h first time flight me , dekhate jao ekdam perfect fly hoga , next part me , muchhe pata h problam kya h, har model me problam h , jo ki main dikhata nhi hu , koi nhi dikhata
Kaha to hu Part~ 2 ayega 😄✈️ fir dekhlena
Bina test ke new model me problam ka pata nhi chalata h
Good job
Thank you!
Good job
Thank you!