Apollo 11 Lunar Module
$ 6.99
GOODesign
GOODesign is a design studio established in Seoul, Korea by a representative who has been active in product design and 3D CG field for 20 years. As a design company that pursues a reasonable and differentiated digital design, it has always presented a new direction through working with clients such as Hyundai Motor, Siemens Korea and beiersdorf. This time, we have put out the life product for 3D printing by utilizing various technique design based on the shape of the Class-A surface. These products are especially the result of deep research on the 3D printing dominant shape that can not be mass-produced using a mold.
※ This is a science teaching materials for decorative or educational purposes.
The Saturn V rocket gained a lot of popularity. So, to respond to the popularity of those fans, I planned and designed a lunar lander with related items. However, this item was very difficult to design.
Above all, there was great difficulty in designing the bridge. The moving structure was complex, but its thickness was very thin, making it difficult to realize. This was a very big challenge for me. So some modifications were inevitable, but most of them were realized.
And most of all, I feel a great accomplishment in expressing the texture of the Lunar Module Thermal Blanket (Foil). By expressing this, it shows more realistic completeness than any other Lunar module.
There are a few precautions to take when printing and completing this design.
Silky filament is very effective when printed, but the physical characteristics of this filament are very soft and weak, so care must be taken in this regard.
The Rcs Thrust Chamber Assembly Cluster, which is made by folding, comes in two pairs of two shapes. Before attaching them with adhesive, please fold and check whether the pair on the entrance side and the pair on the opposite side (back?) fit well before attaching them.
In addition, please check the location of small parts such as various antennas by referring to photos and videos before attaching them.
The joints of the landing gear are very small and delicate, so if you move them too much, they may wear out and fall off, so it is better to display them rather than play with them.
If this joint is loose from the beginning, increasing the material flow or extrusion multiplier will make the joint stiffer.
Please remove the support attached to the landing gear of the lower body (Rover) before assembly.
Lunar surface sensing probe can be optionally attached if necessary.
Please check out the video for more details on printing and assembly.
Print and build video ➪
I hope lots of love from spaceship and rocket fans.
1 : 48 scale
Largest part in printing, size= X 126mm, Y 126mm, Z 137mm, After full assembly size= X 184mm, Y 184mm, Z 140mm
Total Build Time :1d 40m/ Plastic Weight : 140g
| PRUSA Slicing Settings | Simplify 3D |
|---|---|
| Extruder | Nozzle Diameter : 0.4mm / Retraction Distance : 4.2mm |
| Layer Settings | Layer Height : 0.1mm, 0.2mm / Top Solid : 10 / Bottom Solid : 6 / Outline : 2 |
| First Layer Settings | First Layer Height : 100% / First Layer Width : 98% / First Layer Speed : 40% |
| Infill | Interior Fill Percentage : 10% / Outline Overlap : 15~35% |
| Additions | Raft : NO / Brim : NO / Support : NO |
| PRUSA Slicing Settings | PrusaSlicer |
| PRUSA MK3 | Layer Height : 0.1mm, 0.2mm / Raft : NO / Brim : NO / Support : NO |
| Ender Slicing Settings | Simplify 3D |
| Extruder | Nozzle Diameter : 0.4mm / Retraction Distance : 6.4mm |
| Layer Settings | Layer Height : 0.1mm, 0.2mm / Top Solid : 10 / Bottom Solid : 6 / Outline : 2 |
| First Layer Settings | First Layer Height : 100% / First Layer Width : 98% / First Layer Speed : 40% |
| Infill | Interior Fill Percentage : 10% / Outline Overlap : 15~35% |
| Additions | Raft : NO / Brim : NO / Support : NO |
| Ender Slicing Settings | Cura |
| Quality | Layer Height : 0.1mm, 0.2mm / Line Width : 0.4mm |
| Shell | Wall Line Count : 2 / Top Solid : 10 / Bottom Solid : 6 |
| Infill | Infill Density : 20% / Patten : Grid |
| Material | Flow : 100% / Retraction Distance : 6.4mm |
| Build Plate Adhesion | Raft : NO / Brim : NO / Support : NO |
| CR-10S Pro Slicing Settings | Cura |
| Quality | Layer Height : 0.1mm, 0.2mm / Line Width : 0.4mm |
| Shell | Wall Line Count : 2 / Top Solid : 10 / Bottom Solid : 6 |
| Infill | Infill Density : 20% / Patten : Grid |
| Material | Flow : 100% / Retraction Distance : 5.4mm |
| Build Plate Adhesion | Raft : NO / Brim : NO / Support : NO |
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did you make it? please write making story !
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Wat glue are you using?
There are some mistakes in gold colored files.
Landing radar antenna is missing.
Actual landing radar antenna file should be called landing gear assembly.
Please correct these errors.
Are you planning to make a command module/ service module in this scale?
My wishes... some optional removable panels with interior details in the service module and some interior details like seats or panels inside command module.
Thanks.
I definitely support this idea