tahu505
Sr Member
- Member DIN
- S505
That's probably a good idea. I just haven't seen semi-gloss at Home Depot. I'll have to try that out!
tahu505
Sr Member
- Member DIN
- S505
With my flight for C2E2 in 3 days, a lot is happening fast. I glued the top and bottom half of the chest together then welded them. Normally they would flex with strapping, but with the AAP/kard plate they wouldn't be able to flex. With the help of my dad, we sewed straps for the chest and back. I put clips on the underside of the chest so I could slide it over myself, then clip the bottom. We also sewed straps for the shoulders and connected them with a single strap from the back to prevent them from leaning outward.
The straps on the top of the chest are adjustable, but would be covered when i attach the kard plate. I decided to make the kard plate removeable. I used JB weld steelstick to attach neodymium magnets to the chest. I then used clear wrap to place in between the magnets so I could line up the two sides while JB welding them to the kard plate, without JB welding the magnets together.
I was going to use my magnet attachment system from my last grenadier suit build, but I did not have enough magnets or time to order new ones. Instead, I added a piece of 10 lb Velcro to the widest surface area. This allowed the magnets to pull the attachment into the correct position, while the Velcro prevented the attachment from sliding or rotating.
Elastic straps were hot glued onto the forearms. I crosshatched the contact points for the glue on the armor with am xacto knife.
Elastic straps were hot glued into the boot covers then reinforced with shoegoo.
The straps on the top of the chest are adjustable, but would be covered when i attach the kard plate. I decided to make the kard plate removeable. I used JB weld steelstick to attach neodymium magnets to the chest. I then used clear wrap to place in between the magnets so I could line up the two sides while JB welding them to the kard plate, without JB welding the magnets together.
I was going to use my magnet attachment system from my last grenadier suit build, but I did not have enough magnets or time to order new ones. Instead, I added a piece of 10 lb Velcro to the widest surface area. This allowed the magnets to pull the attachment into the correct position, while the Velcro prevented the attachment from sliding or rotating.
Elastic straps were hot glued onto the forearms. I crosshatched the contact points for the glue on the armor with am xacto knife.
Elastic straps were hot glued into the boot covers then reinforced with shoegoo.
Legend 113
Member
- Member DIN
- S331
The dirty brown wash sits well for a worn and dirty look mate.
And that boot flexibility is outstanding!
And that boot flexibility is outstanding!
tahu505
Sr Member
- Member DIN
- S505
For the knees I JB welded buckles onto the back then glued padding on top.
It wasn't mentioned in yesterday's post, but straps were added to the back of the shins. Today padding was added. Here are the boot, shin, and knees together.
For the belt a velcro strap was made to tightly secure the belt above my hip. Loops with clips were attached to the belt. The pouches have loops with buttons and can be clipped into place.
The buckles inside the thighs were JB welded too high, so the clips were attached with copper wire and JB weld to make a shorter connection point.
Padding was added to the thighs, decorative straps were added to the thighs, and electrical tape was added to the boots. Here is my first full suit up for this armor.
It wasn't mentioned in yesterday's post, but straps were added to the back of the shins. Today padding was added. Here are the boot, shin, and knees together.
For the belt a velcro strap was made to tightly secure the belt above my hip. Loops with clips were attached to the belt. The pouches have loops with buttons and can be clipped into place.
The buckles inside the thighs were JB welded too high, so the clips were attached with copper wire and JB weld to make a shorter connection point.
Padding was added to the thighs, decorative straps were added to the thighs, and electrical tape was added to the boots. Here is my first full suit up for this armor.
tahu505
Sr Member
- Member DIN
- S505
tahu505
Sr Member
- Member DIN
- S505
I'm back from C2E2 and had a blast! Closer to the con weeken, I didn't get to document in as much detail as I wanted to due to the time constraint. While at the con I received some repeated questions on how certain parts of the suit were made. This post will hopefully answer some of those questions!
The first question was "How were the boots strapped together?" The boots had loops for elastic modeled into them. I fed strips of elastic through the loops and hot glued the ends to hold them in place, then coated them in shoe goo to reinforce them.
Unfortunately some of the loops printed too thin and had gaps. This was because I had to scale the boots down to fit my shoe size. To fix that, I closed the gap using a 3d printing pen.
Here is a video of how the boot covers are attached to the boots.
The second question, "How did you make it look like metal?" For this question, the answer is the silver Rub'nBuff. I mentioned using Rub'nBuff earlier in this build thread, but I didn't show how I applied it.
I personally use q-tips to apply my Rub'nBuff. I start by hitting edges and high points then tap to feather and thin out the edges. Some areas get large smudges or get scratches. These areas also get feathered and thinned edges.
This video shows my application process of Rub'nBuff on areas of the boots where the paint was naturally worn down by friction.
Bonus content:
I started printing a new grenadier helmet today. This one won't be directly for this Rakshasa build, but I will use it to test the scale of the one I will use.
The first question was "How were the boots strapped together?" The boots had loops for elastic modeled into them. I fed strips of elastic through the loops and hot glued the ends to hold them in place, then coated them in shoe goo to reinforce them.
Unfortunately some of the loops printed too thin and had gaps. This was because I had to scale the boots down to fit my shoe size. To fix that, I closed the gap using a 3d printing pen.
Here is a video of how the boot covers are attached to the boots.
The second question, "How did you make it look like metal?" For this question, the answer is the silver Rub'nBuff. I mentioned using Rub'nBuff earlier in this build thread, but I didn't show how I applied it.
I personally use q-tips to apply my Rub'nBuff. I start by hitting edges and high points then tap to feather and thin out the edges. Some areas get large smudges or get scratches. These areas also get feathered and thinned edges.
This video shows my application process of Rub'nBuff on areas of the boots where the paint was naturally worn down by friction.
Bonus content:
I started printing a new grenadier helmet today. This one won't be directly for this Rakshasa build, but I will use it to test the scale of the one I will use.
tahu505
Sr Member
- Member DIN
- S505
I casted the plasmas out of foam and attached them to the shoulders. They were attached using pegs I 3d printed and I shoved them into X shaped cuts I made were the vent hole was while casting the nades.
The plasmas also glow under UV light!
I also added UV purple paint as highlights around the armor to match the grenades.
The plasmas also glow under UV light!
I also added UV purple paint as highlights around the armor to match the grenades.
tahu505
Sr Member
- Member DIN
- S505
With TORG and Extra Life coming up soon, I broke my toe. I won't let a broken foot stop me from going to TORG/Extra Life and I still plan on suiting up.
I can walk while in this boot, but it doesn't look like rakshasa armor. So, I made some rough templates of the rakshasa prosthetic foot so I can make a foam cover for the boot! It won't be at all 1 to 1 accurate, because I still have my foot, but it will capture the main details of the prosthetic foot while still giving my foot comfort and easy access just in case.
All of the foam cut out.
Heat treated the foam with a heat gun. I used barge contact cement to glue it together. Then I dremeled the edges. Here's how the prosthetic roughly looks on my boot.
I can walk while in this boot, but it doesn't look like rakshasa armor. So, I made some rough templates of the rakshasa prosthetic foot so I can make a foam cover for the boot! It won't be at all 1 to 1 accurate, because I still have my foot, but it will capture the main details of the prosthetic foot while still giving my foot comfort and easy access just in case.
All of the foam cut out.
Heat treated the foam with a heat gun. I used barge contact cement to glue it together. Then I dremeled the edges. Here's how the prosthetic roughly looks on my boot.
Legend 113
Member
- Member DIN
- S331
I know your pain dude, I almost cut off my thumb with 5in grinder at work, only about a month out from my first con. Had to wear a splint the whole time it healed, but I managed to wear suit without it. Best of luck with the healing process and remember to yake it easy.
tahu505
Sr Member
- Member DIN
- S505
Thank you! Luckily I can sit to rest my foot in my rakshasa and I don't think I'll stay suited up as long as I have been at other cons
marinesniper
Sr Member
- Member DIN
- S118
i use there paint in a satin sealer then grab a can of rust o leum Satin clean to seall everything up after the weathering and all is done..
tahu505
Sr Member
- Member DIN
- S505
Quickly looked up a video on how to sew and skimmed it. Not great for a first attempt but it works. This will be the strapping for the prosthetic foot.
I used Barge to glue the foam to the straps.
Test fit. It will probably look better with black socks, but it will work
I used Barge to glue the foam to the straps.
Test fit. It will probably look better with black socks, but it will work
Your models look great so far!! I'm excited to see updates!
tahu505
Sr Member
- Member DIN
- S505
Thank you! All the parts that I've modeled are already finished. All that's left now is the new helmet and new undersuit! Might have to make more models though if I ever decide on a utility and wrist attachment.
