3D Model  >  Toy  >  Model
0+
SLS - Orion - Interim Cryogenic Propulsion Stage / SLS-猎户座-临时低温推进系统
SLS - Orion - Interim Cryogenic Propulsion Stage
Price£0 List:£1.29
Stand by Free Shipping(可下载)
SOLD0 [Comment0Article]
SLS_-_Orion_-_Interim_Cryogenic_Propulsion_Stage.zip Click to download Downloads: 1  

- +
Add to Cart   
In Stock:99
Seller:Model City 模型城
Satisfaction Good rating0%
Rating:0
Service Attitude:0
Logistics:0
Recommended

by Terefenko, published

This is my rendition of the SLS (Space Launch System) Interim Cryogenic Propulsion Stage.

This is meant for educational and display purposes.  I tried to get the proportions as close as possible, but information on these things is a bit difficult for me to get.  So if there is a NASA engineer out there who can get me the actual dimensions, I would be able to do a more precise model.  Additionally, I attempted to design it so it may be displayed entirely closed or partial open for explanation, like the cover picture.

I decided that it was sitting in my archives long enough and if folks want me to continue adding or refining this model, please let me know. I am still working on the fold out solar panels and everything higher than the ICPS (crew capsule, etc).

NOTE: All the models are sized at 4x scale.  So it you want to print it on 300 mm circular bed, you will need to scale down each part to 25% the size it is imported.  I have not attempted to scale it down further, so you are on your own there.

I did not go though the detailed assembly instruction process on this one yet, like I did with my other models.  But would do so given an enthusiastic response.  I plan on uploading it to the NASA site after I have refined it a bit more.

Also, this model at 25% scale will fit the model on the NASA site for the crew capsule at Orion Capsule

If you attempt to build this and are missing a part, please let me know.  I had a couple versions of things and may have been missed during the upload process.

Cheers!

Print Settings

Printer:          

Rostock max V2/V3 and Hatchbox Alpha whatever was available


Resolution:          

Nozzle: .4  Layer: .15


Infill:          

50%


How I Designed This

OnShape