Soft Parts Undersuit for the Mark VI

greeter

New Member
Hey y'all. I wanted to ask some questions regarding the undersuit for the Mark VI, namely Titlewave's models. I'll start with this: has anyone here 3D printed their undersuit, and especially one of his undersuits? How did you go about it?

I understand that the undersuit is one of the biggest challenges for all Spartan builds, with some completely forgoing it, but I wanted to see if 3D printing it would be possible. I bought Titlewave's Mark VI undersuit to go in conjunction with Galactic Armory's Mark VI armor that I already had.

Where the confusion begins for me is where to even start. Considering that most of the files are meant for 3D printing (a few are meant to be used with pepakura), I'm unsure of what material to use. From what I've read, wearing a rubbery undersuit is not exactly the most comfortable thing in the world, but since I have these files to work with, TPU is more than likely what I'll have to use. I know EVA foam is likely a much easier option, but the files weren't made for it, so I'm sticking with TPU. I've been looking into varioShore TPU by colorFabb, a foaming TPU with 55A shore hardness when fully foamed (apparently very much like EVA foam), and from what I've seen by willowcreativ on Instagram, it can be a viable choice for cosplay. I also saw that it's quite difficult to print; it doesn't seem to like overhangs very much. So my question here is: would an undersuit made of this material be viable at all?

More confusion came up when I saw the models, that is to say, it won't be the most simple thing to set up. A lot of parts won't be easy to print, especially if I want to use that varioShore TPU. Trying to cleanly separate parts too big for my printer (P1S) has been proving to be a challenge.

For those who have experience with Titlewave's undersuits, any suggestions would be welcome. I know that I'm likely overcomplicating things for myself by taking this approach, but I thought it'd be worth the challenge.
 
OffEarth3D on instagram and many others have printed TPU undersuit pieces for actual use or experimentation. Unfortunately the results for the most part come to the same conclusion that TPU is not great for areas that require bending / flexibility such as elbows and knees.

I am yet to commit to an option but in the coming months, I will be printing Titlewave undersuit molds and tackling the mold process for Mk V undersuits.
 
Hey y'all. I wanted to ask some questions regarding the undersuit for the Mark VI, namely Titlewave's models. I'll start with this: has anyone here 3D printed their undersuit, and especially one of his undersuits? How did you go about it?

I understand that the undersuit is one of the biggest challenges for all Spartan builds, with some completely forgoing it, but I wanted to see if 3D printing it would be possible. I bought Titlewave's Mark VI undersuit to go in conjunction with Galactic Armory's Mark VI armor that I already had.

Where the confusion begins for me is where to even start. Considering that most of the files are meant for 3D printing (a few are meant to be used with pepakura), I'm unsure of what material to use. From what I've read, wearing a rubbery undersuit is not exactly the most comfortable thing in the world, but since I have these files to work with, TPU is more than likely what I'll have to use. I know EVA foam is likely a much easier option, but the files weren't made for it, so I'm sticking with TPU. I've been looking into varioShore TPU by colorFabb, a foaming TPU with 55A shore hardness when fully foamed (apparently very much like EVA foam), and from what I've seen by willowcreativ on Instagram, it can be a viable choice for cosplay. I also saw that it's quite difficult to print; it doesn't seem to like overhangs very much. So my question here is: would an undersuit made of this material be viable at all?

More confusion came up when I saw the models, that is to say, it won't be the most simple thing to set up. A lot of parts won't be easy to print, especially if I want to use that varioShore TPU. Trying to cleanly separate parts too big for my printer (P1S) has been proving to be a challenge.

For those who have experience with Titlewave's undersuits, any suggestions would be welcome. I know that I'm likely overcomplicating things for myself by taking this approach, but I thought it'd be worth the challenge.
Hey I have had experience with titlewave’s designs and I am currently working on the undersuit portions using a special foaming TPU. I don’t know how to link to my thread so I’ll just quote it and you can click the link. I highly recommend you give it a look
 
Hey I have had experience with titlewave’s designs and I am currently working on the undersuit portions using a special foaming TPU. I don’t know how to link to my thread so I’ll just quote it and you can click the link. I highly recommend you give it a look
Hello 405th this is my first thread I’ve ever done. But I thought this might help out some people. I just found a good alternative material for under suit waist sections. Don’t know if any one has tried this yet but it worked remarkably well. It’s 3d printed with Siraya Tech’s Flex TPU AIR foaming filament which drops the weight to 50%, the shore hardness from 95A of other TPUs to 65A and makes the print porous/breathable. It is a little pricey at $44/kg but well worth it. The whole waist sections weighs 800g, is very flexible, and comfortable. It also prints with a nice fine rough even finish. Printed in 44h on a elegoo orangestorm giga but can be printed on a cr-10/neptune 3 max like printer. Once the material is printed, it feels more like an EVA foam then a 3-D print. I have also attached a quick demo to show how flexible this material can be. Here is an Amazon link for the filament: Amazon.com: Siraya Tech Flex TPU Air - Lightweight Active Foaming Flexible 3D Filament, Adjustable Hardness 65A-82A, High-Speed Printing, Easy to Use, for Wearables, Sports Gear & Soft Prototypes (Black, 1kg) : Industrial & Scientific
 

Your message may be considered spam for the following reasons:

If you wish to reply despite these issues, check the box below before replying.
Be aware that malicious compliance may result in more severe penalties.
Back
Top