I think the only thing that would make it more of a trainer would be to some how turn it into a pusher with a high motor and wing (like a bixler) but the simple stick design as a trainer is awesome.
when you have gyro , dont need dihedral wing , and may dont need stablizer on wing tips , it can be more aerodynamic if you cover the top good , you can use better materials and design to make if very lighter , the motor mount should not be 3dprinted bcuz if it become hot , it will lose its shape , with all this comments , you do this very nice and you are so smart , keep going❤
Thank you for your comment 😊♥️ Yeah there could be a debate about everything on this plane. I'd build another variant differently. But all it is, it's just a training basher. I might just "argue" with the melting mount. It's sufficiently cooled down but most importantly, the same way you talk about aerodynamic efficiency, the same goes for the motor. If you manage to run the motor that hot that it's gonna melt the mount, you are only wasting power, most likely with a bad prop match. Here I don't have any excessive power loss/heat and the mount is holding strong. The gyro also has manual mode so it does not exclude polyhedral and gyro or FC won't do anything about vortices on wing tips, the pressure difference overflow, so the fins are there. ♥️
Oh, additionally, that open wiring and components are a very excellent source of parasitic drag 😅 Making a primitive removable cover/fuselage from 3mil Depron could help a bit.
@@valkyrie_workshop in planes like this we may do 3D maneuvers ,it can make motor hot and its better to use wood or 12mm balsa behind motor , its lighter than metal
@@valkyrie_workshop if you use manual yes , this wing can help you In exchange for losing a little efficiency , im telling this things to help you improve your work , Details are important , about wing tips , you have to close it , but its not necessary to use big fins
After the polyhedral modification, It was significantly easier to fly. I´d use GYRO in few situations. New built plane or if I am not a good pilot (or for relax safe flight). At least It´s extra safety and stability. Huge advantage is that you can disable GYRO in the air to fly fully manual when you feel for it or feel if the plane struggles so you can tune it closer to perfection. On the other hand, If you don´t want to have extra cost (still very cheap GYRO on Ali) or electronics in the plane, well designed plane should be stable. There are few nice videos about plane stability. But honestly, I´d still use GYRO at least for maiden flight, and because it´s no soldering, just connectors, you can put it out anytime :))
Those 3D files were more like improvising and building around what I had available. I can upload it on Thingiverse If you want. For the connection diagram, I don't have there anything special apart from regular RC plane connection.
@@kkuenzel56 I can drop you the STL files if you want. But IMHO the design needs a revision 😅 It was more like, OK I got a stick and now somehow to improvise to make an airplane around it. I might do a revision in the future, better build and better video than this.
Many great ideas in this 'Simple Stick - Trainer". Good inspiration.
Thank you 😊 I still got it, took some beating too so the Flexi Mount is working as intended 😅
Wonderful! Your video was full of great ideas. I love it when RC aviation and 3D printing collide. 😊
Hello and thank you very much 😊 yeah 3D printing is amazing for many things
I like your mid-wing mounting idea for it's flexibility & durability. Very nice build!
Thank you 😊 it's more fun when you can crash it 😅
I think the only thing that would make it more of a trainer would be to some how turn it into a pusher with a high motor and wing (like a bixler) but the simple stick design as a trainer is awesome.
Yeah I agree. Tho on the other hand tractor for a beginner can help with better control authority, especially on launches 😁
hmmm, i thought you have like 100-200 thousands of subs. Hopefully soon. Subbed
Haha 😆 don't think the content is that good. But Thank you very much for your comment and sub 🙏😊🎉
Smart Girl
Perfect job😊 where can i find the stl files?
when you have gyro , dont need dihedral wing , and may dont need stablizer on wing tips , it can be more aerodynamic if you cover the top good , you can use better materials and design to make if very lighter , the motor mount should not be 3dprinted bcuz if it become hot , it will lose its shape , with all this comments , you do this very nice and you are so smart , keep going❤
Thank you for your comment 😊♥️
Yeah there could be a debate about everything on this plane. I'd build another variant differently. But all it is, it's just a training basher. I might just "argue" with the melting mount. It's sufficiently cooled down but most importantly, the same way you talk about aerodynamic efficiency, the same goes for the motor. If you manage to run the motor that hot that it's gonna melt the mount, you are only wasting power, most likely with a bad prop match. Here I don't have any excessive power loss/heat and the mount is holding strong.
The gyro also has manual mode so it does not exclude polyhedral and gyro or FC won't do anything about vortices on wing tips, the pressure difference overflow, so the fins are there. ♥️
Oh, additionally, that open wiring and components are a very excellent source of parasitic drag 😅 Making a primitive removable cover/fuselage from 3mil Depron could help a bit.
@@valkyrie_workshop in planes like this we may do 3D maneuvers ,it can make motor hot and its better to use wood or 12mm balsa behind motor , its lighter than metal
Aaaaah 3D...Then it's all about Common Sense what materials you use. Here it's clearly non 3D plane, so all good and chilly 👌
@@valkyrie_workshop if you use manual yes , this wing can help you In exchange for losing a little efficiency , im telling this things to help you improve your work , Details are important , about wing tips , you have to close it , but its not necessary to use big fins
like i am also into this hobby but i fly fully manual mode with a flysky receiver
@@kolkatatechfpv yeah the good thing about FC or Gyro is you can disable it anytime and have full manual mode.
Plane also a lawnmower 😅 really nice job
Haha 😅 thank you 😊
Was it possible to using nicely without gyro? Do you advice to use gyro?
After the polyhedral modification, It was significantly easier to fly. I´d use GYRO in few situations. New built plane or if I am not a good pilot (or for relax safe flight). At least It´s extra safety and stability. Huge advantage is that you can disable GYRO in the air to fly fully manual when you feel for it or feel if the plane struggles so you can tune it closer to perfection.
On the other hand, If you don´t want to have extra cost (still very cheap GYRO on Ali) or electronics in the plane, well designed plane should be stable. There are few nice videos about plane stability. But honestly, I´d still use GYRO at least for maiden flight, and because it´s no soldering, just connectors, you can put it out anytime :))
hey can u please give the 3d stl files for the mount and the bracket and also the connection diagram
Those 3D files were more like improvising and building around what I had available. I can upload it on Thingiverse If you want.
For the connection diagram, I don't have there anything special apart from regular RC plane connection.
A build video with plans and stl files?
@@kkuenzel56 I can drop you the STL files if you want. But IMHO the design needs a revision 😅 It was more like, OK I got a stick and now somehow to improvise to make an airplane around it. I might do a revision in the future, better build and better video than this.
Looking forward to the revision. Great video 👍