That’s true. The entry barrier is high. But once you get over with it, the reward is sweet. The 3D printer just working so hard and so consistent 24/7 😀. BTW, I also included the .3mf file with all the setting. If you’re using Ender3 or something similar, just load the file and print.
For a 5% infill PLA fuselage, roughly ~100g nose weight is required. This weight can be furteher reduced with a higher % infill in the nose section to reduce the lead needed or with LW-PLA tail feathers.
WOW!! AWESOME!!
Thanks 😃
If I had a chance to fly on a slope, I would already be printing. I like your models very much! Compliments!!!
Thanks so much!
Love the look of this plane! Wish is was a moldie, 3D printing is a lot to manage.
That’s true. The entry barrier is high. But once you get over with it, the reward is sweet. The 3D printer just working so hard and so consistent 24/7 😀.
BTW, I also included the .3mf file with all the setting. If you’re using Ender3 or something similar, just load the file and print.
Hi, how many grams of lead is needed to balance it?
For a 5% infill PLA fuselage, roughly ~100g nose weight is required. This weight can be furteher reduced with a higher % infill in the nose section to reduce the lead needed or with LW-PLA tail feathers.
Those square carbon tubes are VERY hard to find
If needed, a 10mm round tube can be used with a 3D printed adapter to cover the round tube into a square tube