This model is a replica (with some adaptations) of the famous DUM-series pit droid from Star Wars. The model is articulated and can be positioned in different poses. The only parts who may require glue are the antennas and the whole model can be printed on a Prusa Mini.  The model  is 60cm tall and to build it you will need the following extra parts:
NUTS:
-24x M4 self-locking nuts
-1x M5 self-locking nut
SCREWS (cylindrical head if not specified):
-6x M4 10mm
-2x M4 12mm
-2x M4 14mm
-2x M4 15mm flat head
-1x M4 16mm
-4x M4 22mm
-2x M4 25mm
-1x M4 30mm
THREADED BARS:
-1X 56mm
-1X 88mm

PIT DROID scale 1:2

WAC DROID_head.stl

**Support My Work**
If you appreciate my designs and would like to support my work, or if you're interested in purchasing individual models instead of a subscription, here are some options available:

Cults3D: [Purchase individual models here](https://cults3d.com/en/users/fulv/3d-models)
Thank you for your support! If you have any questions, feel free to reach out.

**Overview**
Introducing The Haunted Manor, a stunningly detailed Georgian-style manor that captures the essence of spooky elegance! Complete with intricate gargoyles, eerie skulls, fluttering bats, and textured walls, this model is designed to delight and enchant for years to come.

**Design Features**
- Intricate Details: Every corner of the manor is adorned with gothic motifs, from the fierce gargoyles to the spooky bat accents, ensuring a captivating visual experience.
- Customizable Garden: Choose from three distinct tree types to personalize your spooky landscape: Dead Trees for a ghostly atmosphere, Pumpkin Trees that add a festive touch. or Topiary Trees featuring bases of skulls or pumpkins.
- Lighting Options: The model includes two adapter options for easy integration of lighting: LED Strip Light Adapter for subtle illumination or ToolMoon Light Bulb Adapter for a more pronounced glow.

Detailed instructions for lighting setup are provided in the accompanying PDF.

**Printing Specifications**
- Easy to Print: Designed for effortless printing with minimal support, with only a few small organic/tree components needing slight support.
- File Compatibility: Includes .3mf project files optimized for Bambu Lab Studio and PRUSA Slicer, with color settings pre-configured for your convenience.
- Project Files Included: .3mf files for both Bambu Lab Studio and PRUSA Slicer come pre-configured with color changes and settings for your convenience.
- Manual Color Change Guidance: If you use a different printer or slicer, a PDF document details when to change colors during printing.
- Single Extruder Compatibility: For those without an AMS system, step-by-step instructions for manual layer color changes with a single-color printer are provided.

**Assembly Instructions**
- Comprehensive Guidance: Full assembly instructions are included in both printable PDF format and interactive animated CADASIO instructions, easily accessible from any browser.
- Color Change Guidance: For those without an AMS system, a step-by-step guide for manual color changes with a single extruder printer is provided.

**Model Dimensions**
- When fully assembled (including the base), The Haunted Manor measures approximately: 271.8mm (10.7in) x 372mm (14.6in) x 292mm (11.5in)
- Minimum Print Bed Size: Everything fits well on a bed of at least 235 x 205 x 200 mm or larger.

**Material Recommendations**
A list of recommended Polymaker materials is included for optimal results, ensuring your print captures the model’s stunning details.

**3D printing settings**
Link to buy Polymaker filaments in the USA:
[https://us.polymaker.com?aff=824](https://us.polymaker.com?aff=824)

**Support**
If you have any questions or need assistance, feel free to reach out. I’m always here to help!

**Happy Printing!**
Bring home the magic of The Haunted Manor and let your creativity shine through every spooky detail! 🎃👻

Videos:
[https://youtu.be/R6K5NPXV54Q](https://www.youtube.com/watch?v=R6K5NPXV54Q)
[https://youtu.be/a-S-ucEr41w?si=SMX5Rjkl3RnCmE17](https://youtu.be/a-S-ucEr41w?si=SMX5Rjkl3RnCmE17)
[https://youtu.be/AxCOKnsFfLA?si=Kj5g2lq9YvFjomrJ](https://youtu.be/AxCOKnsFfLA?si=Kj5g2lq9YvFjomrJ)

The Haunted Manor

MAIN HOUSE -v01.stl

Hopefully these instructions are enough to replicate this build, but I plan on making a quick assembly video for this updated design soon. Also, if I made any major mistakes in these instructions or something is unclear, just leave me a comment.

Shopping List: https://www.linkslist.app/DKsWRBx

**Printing Instructions:**
I've designed 2 different versions of this hilt. Head.stl is the default version- it can be printed normally without any modification, ready to go right off the bed. HeadAlt.stl is a variant that increases thread durability of the blade's set screw. For this variant, you'll need to pause the print at around 64-64.25mm high to insert one of the nuts provided with the Xenopixel core. This nut will be much more durable than the pure plastic of the default version, but print pauses can be risky. It also minimizes the size of the hole visible from the outside. Choose whatever feels right for you.

For slicer settings, I'd recommend about 4 walls and 15% infill. Layer height is up to you, but probably don't go above .2 mm. Re-orient the lower half (legs) upside down, the bowtie about 45º or so leaning back, and the button straight up. Supports are only needed in a few areas, so I recommend manually painting them in: underside of the upper half (head), back of bowtie, speaker holes inside the lower half (legs), within the bowtie cutout on the lower half (legs), and the feet. Everywhere else isn't really necessary- they'll just be more material to remove later.

Optional: If you have a multicolor printer and don't want to spray paint it later, you'll need to manually set/paint the filament colors in your slicer. Just look at photos for reference. If I get enough people requesting it, I might consider splitting each color of the design into separate models to make it easier to multicolor print.

**Assembly:**
After removing all supports, assemble the bowtie button by pushing the button pin through the hole from the inside. Dab a tiny bit of superglue onto the tip of the button (not too much- you don't want to accidentally glue the bowtie onto the body) and press the bowtie onto the button. Hold these together for at least 20 seconds.
You'll now need to use some of the hardware provided with the Xenopixel core. I've simplified the design so you only need to use one of the short set screws with a spike on one end and one of the self tapping fasteners. Start to screw the set screw into the back of the neck below the chicken's comb. (If you printed the variant using an embedded nut, you'll want to start threading this screw from the interior of the neck. I know this is clunky, but for some reason, I decided that it'd look more polished if the external hole was only big enough for the hex key.) Tighten this screw until it is just barely far enough away from the internal cutout (so you can insert the blade later).
Now take the self tapping fastener and screw it into the Xenopixel core- the proper hole is on the back side of the core, second above the battery. (Theres 2 of these holes directly behind the power button, with two lines '=' separating them. You want the lower of these 2). Screw this in until the power button starts to push forward. You'll want to keep screwing until the front of the button is fairly flush with the exterior of the core. (There is room for adjustment here- more on this later).
Slide the core into the lower half of the chicken, aligning the protruding screw with the chicken's internal cutout. Test the bowtie button- if there's way too much play and/or it's not engaging with the power button, pull the core out and tighten the screw on the back a little. If it's way too tight and you can't insert the core, then loosen the screw. (Tried my best to give enough wiggle room here to help get the proper fit.) Now slide the top of the chicken onto the core and twist to tighten it down- but don't over tighten, you don't want to break the plastic threads. Plus, you'll be unscrewing this often to access the charging port.
The hilt is now complete. Insert the blade into the chicken's throat and tighten the set screw just enough to secure the blade.

**Sound Files:**
The custom sound fonts for this build are still kind of a work in progress- if I make any notable changes, I'll update here.
If you've never loaded a custom sound font onto a Xenopixel core before, I'd highly recommend watching some tutorial videos on it. It's worth knowing how things work and how not to ruin your core.
I've provided 2 different sound fonts here- one that I call "Light Meat" and the other "Dark Meat", mostly based on the vibes of each sound. (I think I personally like the dark version better.) For a Light Meat chicken, it's as simple as dropping the font in like any other sound font (like I said, go watch a video specifically for this). But the Dark Meat font is mildly more complicated. Basically, I couldn't find an easy way to implement a custom preon that pairs with a particular ignition effect, so I modified the main Xenopixel settings file to include my custom preon effects. I'm sure there's possibly another way to approach this, but I couldn't find any documentation for it. So, when you import the Dark Meat sound font, you'll also need to replace your core's settings file with the one I've provided. Everything else about the saber should be untouched. I also recommend removing other sound fonts from your sd card if you don't plan on ever using them- you should probably store them in a safe place though, just in case.

**Operation:**
Aside from simply pressing the bowtie to operate, you should actually read your Xenopixel manual. This isn't really my product, so you should go to them for learning how to use it. I absolutely recommend using the Xenopixel app though- makes things a lot easier.

Rubber Chicken Lightsaber

Body.stl

This is a 3D-Printable model kit of the Red 3 Hero X-Wing model in 1/24 studio scale.

Designed with meticulous attention to detail, the use of the latest technologies like photogrammetry and with the originally used kit parts in hand, every curve, every panel line and every detail has been faithfully recreated to be as accurate as possible to the Red 3 Hero model, that was used for filming in the first STAR WARS movie.

With this STL set you can build your own studio-model-accurate replica of Biggs Darklighters Red 3 X-Wing.
But you can of course paint it in any desired color scheme and call sign you want. The included templets for the call sign markings will help you with that.

The last eight pictures show the main differences between Red 3 and Red 5.

May the force be with you!


**Features**
- 1/24 studio scale (studio scale = the size they used for the filming miniature)
- Articulated S-foils.
- Recesses for magnets in the wing mechanism to easily install the wing covers.
The magnets also make closing the wings more tactile and help keep the wings in horizontal position. 
Recesses for magnets in the wing tips to help keep the wings closed.
- Articulated targeting computer.
- Astromech droid with turnable head (R2, R4 and R5)
- 3 Pilots 
   - Live Action Pilot
   - Live Action Pilot with raised hand
   - ILM-Style Pilot
- 2 Cockpits 
   - Live Action Cockpit
   - ILM-Style Cockpit
- The Live Action Cockpit has 0,6mm holes for fiber optics
- Cable routing for engine lighting integrated in the wings
- The finished model can be mounted on a threaded stand 
- 3D-Printable templates to paint Call Sign Markings (Red3 and generic 1-12) included
- Optional Parts for CNC to make out of metal


**Data**
Length: 560 mm / 22 in
Width: 460 mm / 18 in
Hight (with S-foils locked in attack position): 190 mm / 7.5 in
74 STL-files for 3D printing (+ some Alternative Parts)


**Info**
You purchase digital STL-files for 3D printing!
All files are developed for resin printing. 
All files are tested, successfully resin printed and assembled.
Recommended printer build volume for the native scale: 192x120x250 mm (WxDxH)
(Min. required printer build volume: 192 x 120 x 200 mm (WxDxH))

Print the wings and the fuselage with engineering resin (or similar that has little to no flex) to prevent any sagging. Don’t use an ABS-like resin.
Cure the wings and the fuselage very thoroughly immediately after printing for at least 20-30 minutes (washed of course).

My resin recommendation: https://amzn.to/454ywQd


**Join the NerdMaker Community**
[YouTube](https://www.youtube.com/@DominicSchwarz?sub_confirmation=1)
[Discord ](https://discord.gg/9jppu3AxJK)
[Instagram ](https://www.instagram.com/nerd_maker_engineer)
[Facebook ](https://www.facebook.com/nerdmakerengineer)


**License**
A Commercial License, to sell 3D-Prints of my Models, is available here:
[Patreon ](https://www.patreon.com/NerdMaker)

Model-X MK II 1/24 Studio Scale Red 3

Droid Strip.stl

This is a 3D printable model kit of the famous Incom T-65 X-Wing, used by the Rebellion in several Battels to fight the Empire.
The scale of the model is 1/12 to fit the pilot from the Hasbro 6 Inch Black Series (not included). 
STL-files for the astromech droid are included. If you choose to use a R2 unit from Hasbro, it needs to be cut to fit into the slot.
The 3D model is highly detailed to replicate the studio model used for filming in the original STAR WARS Trilogy.
It is designed like a giant model kit. You print it piece by piece and then assemble it.
The STL-files have a high resolution to achieve great print results.

These three pilots are available from Hasbro (you can repaint the helmet to be any other pilot, though):
Luke Skywalker: https://amzn.to/3EYBPPy *
Wedge Antilles: https://amzn.to/3X8spr2 *
Antoc Merrick: https://amzn.to/3QtBS8A *


**Features**
- Articulated S-foils.
- Articulated targeting computer. 
- Astromech droid with turnable head (R2, R4 and R5); R2 can be lit.
- Alternative parts for the different studio scale models are included.
- The canopy can be displayed closed and open.
- The finished model can be mounted on a threaded stand or it can be displayed landed with the included landing gear.
- The kit includes two ladders, if you want to display the X-Wing in a hangar scene. (One for the pilot and one for the hangar staff.)
- Cable routing for lighting is possible.

 
**Data**
Length: 1060mm 
Width: 870mm
Hight (with S-foils locked in attack position): 335mm
The fully assembled model weighs around 5kg (depending on your infill ratio).
166 STL-files for 3D printing
1 STL-file complete X-Wing, for viewing purposes only


**Info**
Recommended printer build volume for the native scale: 300x300x265 mm (WxDxH)
The model kit was designed that all details are visible when printed with a 0.4mm nozzle. If you scale the model down you should consider a thinner nozzle.
The parts are not oriented in the ideal printing orientation by default. Orient them in a way that fits best for your printer. Choose suited support structures, if needed.
The download includes a PDF with further information and instructions.


**Join the NerdMaker Community**
[YouTube](https://www.youtube.com/@DominicSchwarz?sub_confirmation=1)
[Discord ](https://discord.gg/9jppu3AxJK)
[Instagram ](https://www.instagram.com/nerd_maker_engineer)
[Facebook ](https://www.facebook.com/nerdmakerengineer)

**License**
A Commercial License, to sell 3D-Prints of my Models, is available here:
[Patreon](https://www.patreon.com/NerdMaker)



For some video impressions visit:
https://youtu.be/SUxNJJH4eOM
https://youtu.be/L6XjmnLeqzE


May the force be with you!


(*) Alle amzn.to Links sind Amazon Affiliate Links. Werden Käufe über diese Links getätigt, erhalte ich eine kleine Provision von Amazon. Der Preis für dich ändert sich dadurch natürlich nicht.
All amzn.to links are Amazon Affiliate links. If purchases are made via these links, I receive a small commission from Amazon. Of course, this does not change the price for you. 

Model-X MK I (1/12 Scale)

DROID_STRIP.stl

**Make it 3D Printable!!** This is our Darth Vader Version of the Lightsaber Build now re-imagined for much safer 3D Printing fun. This classic lightsaber toy retracts and prints like a beauty :)

Features
> - Retractable lightsaber blade that extends and retracts
> - Parts split up so you can customize the colors

Attachments:
> - STL Files
> - CAD Assembly
> - Assembly video explainer

Filament Needed:
> - Dark Grey: 43g
> - Black: 85g
> - Red: 71g
> - **Total:** 0.199 kg

Darth Vader (3D Printable)

Light Saber Blades Red 01.STL

Main Body Black 01.STL

Saberz Project Q Chassis

project_q_chassis v7.10_main (2 of 4).stl

This release includes the ship with full cockpit interior and all weapon accessories in 1/48 and 1/72 scale. 

The length in 1/48 scale is 373.5 mm (14.705 in)
The length in 1/72 scale is 249 mm (9.803 in)

All parts are optimized for resin printing.
Pre-supported STL files and Lychee Slicer Scenes for resin printing are included for both scales.


**Notes for assembly 1/48 scale**
The ship has a recess for a M6 nut on the bottom.
M6 Nuts: https://amzn.to/42J9tkB

The Gatling Guns and the Gatling Gun Hatches have recesses for Magnets to swap them out.
Magnets 5x1mm: https://amzn.to/418CW6S

The Bottom Gun and Bottom Gun Hatch have recesses for Magnets to swap them out.
Magnets 3x1mm: https://amzn.to/42QLAb5
The Bottom Gun comes in two versions. One solid and one hollow for LED lighting (1.5mm LED, holes for cable routing must be drilled)

The Canopy can be printed with or without glass.


**Notes for assembly 1/72 scale**
The ship has a recess for a M3 nut on the bottom.
M3 Nuts: https://amzn.to/4jSBEES

The Gatling Guns and the Gatling Gun Hatches have recesses for Magnets to swap them out.
Magnets 5x1mm: https://amzn.to/418CW6S

The Bottom Gun is too small for magnets. Therefore, you need to use double-sided tape (or similar) in order to swap the parts.
The bottom gun comes in two versions. One solid and one hollow for LED lighting (1mm LED, holes for cable routing must be drilled).

The Canopy can be printed with or without glass.


If you still need a good slicer for resin printing, I recommend Lychee Slicer:
https://lychee.co/pricing-and-subscription?utm_source=affiliae&utm_campaign=lychee&utm_medium=NerdMaker&ae=55 *


**Info**
Min. required printer build volume: 192x120x200 mm (WxDxH)
Print the wings and the fuselage with engineering resin (or similar that has little to no flex) to prevent any sagging. Don’t use an ABS-like resin.
Cure the wings and the fuselage very thoroughly immediately after printing for at least 20-30 minutes (washed of course).

My resin recommendation: https://amzn.to/454ywQd

For assembly guidance I recommend to import all STL files in Fusion. Then you can see the entire model in 3D, hide/show every part and see exactly where every part goes. An instruction how to do that and a color guide are included in the download.


**Join the NerdMaker Community**
[YouTube](https://www.youtube.com/@DominicSchwarz?sub_confirmation=1)
[Twitch](https://www.twitch.tv/nerdmaker86) 
[Discord ](https://discord.gg/9jppu3AxJK)
[Instagram ](https://www.instagram.com/nerd_maker_engineer)
[Facebook ](https://www.facebook.com/nerdmakerengineer)


**License**
A Commercial License, to sell 3D-Prints of my Models, is available here:
[Patreon ](https://www.patreon.com/NerdMaker)



All amzn.to links are Amazon Affiliate links. As an Amazon Associate I earn from qualifying purchases. The price will stay the same for you of course!
*This is an affiliate link. If you purchase the Plus or Library license via this link, I get a small commission from Lychee. The price will stay the same for you of course!

Model-T Avenger - 1-48 and 1-72 scale

TIE Avenger 1-48 - Hull front.stl

This is a 3D printable Diorama of an X-Wing Cockpit in 1/6 scale for the Hot Toys / Sideshow figures. Since not everyone has the space to display a full 1/6 scale X-Wing in their homes, I decided to create this cutout diorama. It will fit nicely on your shelf :)

The flight stick, the targeting computer and the canopy are articulated. And not only is the canopy articulated, it also has a fully working mechanism (that can also be motorized, if wanted).
You can choose to either use a Hot Toys, Sideshow or Sphero R2-D2 or use the included STL files to 3D print R2 or R5 (It is a half R-Unit as in the X-Wing studio model).
R2’s head can also be turned.
The cockpit can be lit with 2 mm fiber optics.
R2 can be lit with 0.5 and 7 mm fiber optics.

**Data**
Length: 687 mm
Width: 353 mm (without ladders)
Height: 434 mm (with R2)


**Info**
Min printer build volume: 250 x 250 x 250 mm (WxDxH)
3MF Bambu Studio file included

**Join the NerdMaker Community**
[YouTube](https://www.youtube.com/@DominicSchwarz?sub_confirmation=1)
[Twitch](https://www.twitch.tv/nerdmaker86) 
[Discord ](https://discord.gg/9jppu3AxJK)
[Instagram ](https://www.instagram.com/nerd_maker_engineer)
[Facebook ](https://www.facebook.com/nerdmakerengineer)


**License**
A Commercial License, to sell 3D-Prints of my Models, is available here:
[Patreon ](https://www.patreon.com/NerdMaker)


Model-X Cockpit Diorama 1/6

R2 Dome.stl

**Make It 3D Printable!!** Forged through precision, inspired by Mandalorian tradition—this 3D-printed spear embodies the strength of Beskar and the Honor of The Way.

Attachments:
> - STL Files

Mandalorian Spear (Star Wars)

Mandalorian spear - part 12 Mandalorian Spear-1.STL

Snubble Special Blaster Moloch
The model cut into parts for easy print, paint and assemble process.
You'll need  M3 screws for assembly and decoration. SIZING:
 7.6X6 inch (190X150 mm)

Snubble Special Blaster Moloch

Molochs pistol.step

3D Print files for the Phase 2 Commander Cody Helmet

Complete your own Commander Cody helmet as seen in the tutorial video here: https://youtu.be/CKI0_icOn-g

PLEASE NOTE: This is a digital 3D print file, not a physical helmet.

This helmet design has been built from the ground up to be 501st approvable.

Included are 3 different assembled versions of the helmet: Assembled, Filled/Solid, and Casting.

The helmet also comes with a pre-separated version, where the helmet is separated into 20 easy to print pieces. The large parts of the helmet have also been pre-cut for smaller printers. The antennas both use 2mm diameter metal rods to reinforce them, greatly increasing their durability.

Bambu Studio project and GCODE files are also included to get started printing even faster!

A visor cutout template has been included, print this out and use it as a template to cut out a face shield that can slot into the pre-modeled ridge without glue.

Phase 2 Commander Cody Helmet - 3D Print Files

Commander Cody Helmet - Assembled Version.stl

Get ready to dive into the world of Star Wars Outlaws with this epic statue of the scoundrel Kay Vess and her trusty sidekick, Nix! Captured in a heroic pose inspired by the cover art.

Highlights:
- Highly Detailed, great for SLA and FDM printers
- Keyed and Sliced Parts for easy assembly and painting.
- Color Files Available: AMS-ready color 3MF files
- LED housing in the base
- Easy-to-Follow Instructions

Scale: 1/6
Dimensions: W126 x L126 x H300mm
Parts: 14 parts total unsliced version is also included.
Step by-step Assembly PDF guide included

**Want to Sell this as a Physical Print?**
Join my Dream Craft Guild on Thangs for plenty of perks!

**An active monthly Thangs membership is required to sell PRINTED models legally. Please support the creative work of each 3D artist and NEVER share or sell a digital file.**

Additional Information:
This model has undergone many iterations to ensure it is strong, easy to print, and offers the flexibility and articulation for playful posing. Share images of your prints on this page – I would love to see them!

Explore More Makmade Designs:
If you like this design, check out my other creations:
[Makmade Linktree](https://linktr.ee/arts_makmade)

Kay Vess & Nix Figure

LOW POLY SAMPLE.stl

**Make it 3D Printable!** We re-imagined the original Han Solo Blaster to be fully compatible with 3D Printing. It can also launch small printable discs! Inspired by [Building Han Solo's Blaster! (IT WORKS)](https://www.youtube.com/watch?v=9ycgQNyW4vM) video, this is a fully functional toy now!

Features:
> - 3D printable discs which can be launched!
> - Parts are modularly printed for easier painting or electroplating

Attachments:
> - STL Files 
> - CAD Assembly
> - 3D Print Assembly video to help you put it together

Filament Needed:
> - Light Grey: 65g
> - Dark Grey: 310g
> - Brown: 20g
> - Black: 5g
> - **Total:** 0.400 kg

Han Solo's Blaster (3D Printable Toy)

Gunbody Right (dark gray)(1 nos.).STL

The model is split in to several pieces to fit on to a printer with a build volume of 25 x 21 x 21 cm or 9,84 x 8,3 x 8,3 in. (Example Prusa MK3)
All parts are rotated for optimal printing with minimal supports.
Besides the printed parts you only need some filament strips and 6 mm black electric wire (for the side wire detail).
You can see more details in my build video: 
[YouTube](https://www.youtube.com/watch?v=jT_OLkHsA_w)

The model is split so you can print all parts in the right color and then assemble it.

Edit 24.04.2022:

Use 3-4 perimeters for the black rods and go really low infill and max 2 perimeters for all the parts above the head, otherwise it will be too heavy. 
If your parts end up to heavy check out this remix by JPMakesStuff: [Link](https://www.printables.com/model/177328-star-wars-d-o-droid-head-support-block)

D-O Droid

White Tire.stl

**Make It 3D Printable!!** During International Star Wars Day, we built the [3000° Kylo Ren Lightsaber](https://www.youtube.com/watch?v=LRlNml-nlPU). Enjoy it again in real life, rendered in FDM-printed goodness :)

Features
> - Retractable lightsaber blade that extends and retracts
> - Parts split up so you can customize the colors

Attachments:
> - STL Files
> - CAD Assembly
> - Assembly video explainer

Filament Needed:
> - Black: 240g
> - Red: 20g
> - **Total:** 0.260 kg

Kylo Ren Lightsaber (3D Printable)

KRLS Part 3 (dark gray)(1 nos.).STL

Light Saber Blades.STL

**Make It 3D Printable!!** This is our Obi-Wan version of the Lightsaber Build, now reimagined for much safer 3D printing fun. This classic lightsaber toy has a blade that retracts and extends. Prints like a beauty :)"

Features
> - Retractable lightsaber blade that extends and retracts
> - Parts split up so you can customize the colors

Attachments:
> - STL Files
> - CAD Assembly
> - Assembly video explainer

Filament Needed:
> - Light Grey: 100g
> - Black: 72g
> - Yellow: 4g
> - Red: 2g
> - **Total:** 0.178 kg

Obi-wan Lightsaber (3D Print)

Main Body LG 01.STL

**Make It 3D Printable!!** The ProtoSaber Version 2 needs no introduction—it's one of our Hacksmith Originals. Enjoy it in FDM-printed goodness, and stay tuned for future iterations of this classic lightsaber toy :)

Features
> - Retractable lightsaber blade that extends and retracts
> - Parts split up so you can customize the colors

Attachments:
> - STL Files
> - CAD Assembly
> - Assembly video explainer

Filament Needed:
> - Dark Grey: 23g
> - Black: 205g
> - Yellow: 46g
> - **Total:** 0.274 kg

ProtoSaber V2 (3D Printable)

ProtoSaber 2 Part 1 Black 01.STL

**Make it 3D Printable!** We re-imagined the original Han Solo Blaster to be fully compatible with 3D Printing. It can also shoot small printable discs! Inspired by [Building Han Solo's Blaster! (IT WORKS)](https://www.youtube.com/watch?v=9ycgQNyW4vM) video, this is a fully functional toy now!

Attachments:
> - STL Files 
> - CAD Assembly
> - 3D Print Assembly video to help you put it together

Filament Needed:
> - Light Grey: 65g
> - Dark Grey: 310g
> - Brown: 20g
> - Black: 5g
> - **Total:** 0.400 kg

Star wars

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PIT DROID scale 1:2

The Haunted Manor

Rubber Chicken Lightsaber

Model-X MK II 1/24 Studio Scale Red 3

Model-X MK I (1/12 Scale)

Darth Vader (3D Printable)

Saberz Project Q Chassis

Model-T Avenger - 1-48 and 1-72 scale

Model-X Cockpit Diorama 1/6

Mandalorian Spear (Star Wars)

Snubble Special Blaster Moloch

Phase 2 Commander Cody Helmet - 3D Print Files

Kay Vess & Nix Figure

Han Solo's Blaster (3D Printable Toy)

D-O Droid

Kylo Ren Lightsaber (3D Printable)

ProtoSaber V2 (3D Printable)