วีดีโอ

Do you think PETG-CF would work for this model? Or its too heavy compared to PA-CF

Watch Jake DS at 156 mph 🎉🎉🎉 th-cam.com/video/grLrFUx4XWc/w-d-xo.htmlsi=MIMa5Kt_YW2g55pU

How long could you stretch the wings and still keep under 250 grams?

Non conosco bene le stampe 3d ma devo dire che è bellissimo anche se cosi si perde un po l artigianato ma probabilmente questo è il futuro anche se io amo l artigianato in balsa ha tutto un altro fascino d altronde il modellismo è sempre in evoluzione e sperimentazione e questa è una bella cosa complimenti x il modello non vedo l ora di vederlo volare sarà fantastico ❤❤❤❤❤❤

Beautiful country !

I don't get the point of It. Why trying to replicate something that already exist and works perfectly such as wood structures? Why making them in plastic? Nonsense.

How do you make the jig to assemble the wings?

how do i do the oposite where i get bambu to cura

Amazing ❤

This was really helpful! Thanks!

Great video! I was struggling to find good examples and this helped a lot. Thank you.

hello, very nice job. Interest to have the 3mf!

Hi . Very nice work !! I have a Leprechaun 2600mm at home and I like this little one too :-D . When will the STL be available for download ?

What motor use?

can you advise on C OF G Please

Hello. What material used for covering wings, and where did you buy it? ❤

As the original designer of the JART, I do support Geode’s work. And as has been mentioned, no commercial activity is allowed for this design without my involvement. But I encourage all kinds of R&D around this design, from balsa-bashing to 3D printing to virtual models. Contact me if you have any questions. Cheers to great modeling!

дякую, дякую, дякую

Is it possible to purchase the STL files?

Okay, so how does this 3D printed plane perform in the air? The original Jart could handle some serious lift and pull some massive G's. Any slope links? I have a Bambu X1e ready to rock and roll, but I don't want to print something that going to fold up like a taco on the first flight :)

Many Thanks for sharing this with all of us much appreciated

Thanks for sharing Geode. Are the STL files available ? I am having trouble importing the 3mf's into Prusaslicer. I am using PrusaSlicer Version: 2.8.1+win64.

nice job and thx for the files....but non bambu users are f´d :) ...and LW-PLA users too

Lovely - subscribed!

Very interesting project. It would be nice to share the files if possible

Hi, This is sarah. Your content is quite a match with our brand's service and application scene. I would like to invite you to experience our 3DPrinting service and test our materials. May I ask about your interests? More in my bio

Lovely!

Nice job! It is so pretty.

Although I totally like 3D printers, this would be an ideal glider to build using Laser-Cut balsa.

Beautiful. Looks like I might get a replacement for my sadly now tail-less Elf.

Thanks for sharing. I found motor used ?

What was the total printing time for all 3D parts?

Very nice design! Where can I download the STLs?

Nope! Not a finished project until we get to see it fly! I never had the chance to get into the 3D printing, but I can see how it saves a lot of time and effort. I did hand cut balsa patterns...

starting from now, i will be using this video instead of sleeping pills. 😴

Schöne Idee, auf jeden Fall interessant. Das Modell so aufzubauen macht wenig "Dreck" und man benötigt dafür keine extra Werkstatt - ein großer Vorteil. Holzmodelle sind da i.d.R. mit mehr Staub usw. verbunden. Aber mir fehlt ein wenig trotzdem die Begeisterung für dieses Design. Die Bespannung auf dem leicht schmelzbaren Kunststoff überzeugt mich nicht. Ich bevorzuge da doch lieber den klassischen Holzbau, jedoch mit modernen Steckverbindungen, welche der Laserschneider ermöglicht. Holz ist i.d.R. auch leichter vom Gesamtgewicht - Vor- und Nachteile gibt es aber in jeder Konstruktionsart. Zum Glück brauchen wir uns an Regeln nicht zu halten und können für uns entscheiden ob und wie wir mit modernen Methoden arbeiten und diese auch unkonventionell kombinieren!

Please share the model/plans? If you have or have considered buying a Bambu 3D printer, put it on their maker site and you can earn credits good for their products.

Nice work. Eager to build one !

Beautiful design excice ! What is its wing loading ? Is this a model designed for flying thermic or slope?

Great work! love it 🎉

It´s possible to share this?

Lovely design. I would like to build a Grauper Dandy at some stage in the future. That was my first RC model.

How did you make those decals?

Beautiful 😍 I love the use of flexing CF rod to create the fuselage shape. Do you have to worry about the covering iron melting or deforming the 3DP parts?

Some very nice ideas for using the 3D printing in a way that recognizes the old style of model construction. It did a great job of keeping the character of the original. You dd a great job of adapting this to 3D printing Some of the replies below are suggesting ways to save a few grams. I understand the need for the fairly big tail piece on the fuselage to mount the stabilizer and rudder. But perhaps a few holes in the sides to save a couple of grams in the tail? Speaking of weight what is the wing span and what was the final ready to fly weight? Any idea on how much LW-PLA would save? I can see making the bulkier parts in LW-PLA but keeping the more delicate things like the ribs and fuselage formers in PLA or even PETG? A big part of the look and magic of your design is in the open look of the design.. I gather you have not flown it yet. All the best of luck for those first flights.

Will check the build on rcgroups, but what covering material is this? Laurie. NZ 😊

Prints on my Bambu Lab A1 Combo? Not sure if the X1 has the same plate size? Cool! Thanks. Laurie. NZ. 😊

it is recommended that when a folding prop is going to be used that the nose have a radially SYMMETRICAL shape. the use of CF in the entire length of the tail boom has increased tail-heaviness in the model's dom. distribution of mass. (at least there are no servos at the tail in this design.)

reality check the design of a dihedral wing SHOULD include a CENTER SECTION and dihedral brace. the latter should be the 'thing' that structurally joins the wing halves.! heavy material, such as CF or arrow shaft, is NOT an ideal material to use in a model aircraft. it is recommended that clear-grained poplar dowels be purchased at a variety/hardware store. design should not result in a relative increase in the amount of outboard-located mass in a wing. this fact should be considered, when extending a main spar to the wingtips and when designing the wingtip structure. the use of single-cable linkages and sprung control surfaces on this modern model was just dumb.

nice 👏 that's gonna be something to not wastefully use Bambu's most expensive PPA-CF filament on! (almost 2x stronger than PAHT-CF in some measures)