**Lightweight Glider for Indoor and Outdoor Fun**

Gliding properties may vary with your filament.

**Preparations**

Bend wings slightly upwards
Bend tail to a V shaped stabilizer
Bend tail slightly upwards directly behind the wings.

**Launch**

Hand launch
Grip between wings and tail and throw gently

Gummi band launch
Hold the band as you like
Place sling on edge on the bottom
Shoot

Catapult start
Place plane with edge directly on the sling
Shoot

Mini crossbow start
Perfectly fitting crossbow:

Put in barrel part of the crossbow, align the rear end of the plane's body with the nylon thread, hold level, let fly.

**3D Print Settings** 

Layer height: 0.1mm (works best) - 0.2mm
Infill: 100%
Outer Lines: Min 3
Placement: Glider is rotated 45° in z-axis so that the infill of the first layer goes along the wings. This gives some rigidity when bending the wings and stabilizers.

Small V-Tail Indoor Glider

MicroThunder-MkI.stl

**Hexagons are the Bestagons!**

Add a little more Accent to your Voron 0.2 build with this Hex covered Mid Panel replacement! You can also add some functionality as this has a Chamber Thermistor mount near the print level of the machine (optional files). Along with brand logo versions for LDO Motors & Fysetc to fit your build.

NO Multi-Color Hardware Required! Just pause at .6mm & 2.2mm and swap colors!

Heavily inspired by the design by Zen3D, but entirely made from scratch. See the original here: https://www.teamfdm.com/files/file/152-v0-midpanel-hexpattern/

Note: Should fit Voron 0.1, but was designed with 0.2 Z-Chain location in mind.

---------------------------------------------------------------
**Parts Needed (Affiliate Links):**
- [NTC100K Thermistor](https://amzn.to/3TbACcW)
- [Polymaker Filament](https://tinyurl.com/Polymakerr)
- [M3 Hardware](https://amzn.to/46QsdyL)
---------------------------------------------------------------
 **Files Included:**
- Hex Mid Panel STEP File
- Hex Mid Panel STL
- Hex Mid Panel LDO STL
- Hex Mid Panel Fysetc STL
- Hex Mid Panel w/ Thermistor Port STL
- Hex Mid Panel Therm. LDO STL
- Hex Mid Panel Therm. Fysetc STL

---------------------------------------------------------------
**Recommended Print Settings:**
- 4 Perimeters
- 40% Infill
- No Supports Required (Hexes should Bridge fine without supports.)
- ABS or ASA Filament recommended.
- Pause at .6mm Layer Height & Swap to Accent Color
- Pause again at 2.2mm Layer Height & Swap to Base Color

---------------------------------------------------------------
Want to Support what I do? Check out my social medias please!

**Link Tree:** http://www.MandicReally.com/links

---------------------------------------------------------------

Design covered by GPL3 Open Source License.

Please consider support on Patreon today: [https://www.Patreon.com/MandicReally](https://www.Patreon.com/MandicReally)

Voron Hex Mid Panel - Accent your 0.2!

Hex_Mid_Panel_(a)_V2.step

Hex_Mid_Fysetc_(a)_V2.stl

Hex_Mid_Panel_(a)_V2.stl

Hex_Mid_Thermistor_(a)_V2.stl

Hex_Mid_Thermistor_Fysetc_(a)_V2.stl

An elegant Christmas ball that looks dramatically different from different angles.

Here's a fun new Christmas ball that features alternating diamond patterns. The photos show the same ornament photographed at two different angles. I printed it using a two color filament, so both the color and pattern shift as you look at it from different angles.

I've taken the work out of slicing this for you by providing my PrusaSlicer 3MF files and my MK3s+ GCODE. The ornament can be printed cleanly without weighing a lot, but it's a challenge.

I used a variety of techniques in slicing this model, including Height Range Modifiers, Paint-on Seams, varying layer height, and dropping the model 0.2mm below the build plate. Dropping below the build plate creates a clean first layer with a 0.4mm nozzle. With a 0.25mm nozzle, it's not necessary.

I printed the first 1.3mm with a layer height of 0.1mm (after a first layer of 0.2mm). The rest of the ornament was printed at 0.15mm. This just helps create a smoother print on the bottom of the ball.

Most of the ornament is printed with 1 Perimeter and no Infill. I used Height Range Modifiers to add additional Perimeters and Infill just where it's needed. The first 1.3mm is printed with 100% Infill to make a solid base that will release safely from supports. I also set Top/Bottom to 0 for the first 1.3mm because the infill took care of that need. 

I also used Height Range Modifiers to add small sections of 15 - 25% Rectilinear Infill where parts of layers were unsupported. In most of these places, I also added an extra perimeter. 

The top 5mm is printed with 2 perimeters and Top/Bottom set to 4 layers (I used 2 for Top/Bottom everywhere else).

You will need supports. Printing the ball as 1 piece keeps them to a minimum. I set the Overhang Threshold to 27 and used Grid supports because I finished this a few months back before PrusaSlicer really got Organic supports nailed down. I didn't add supports for the loop and it printed pretty well (even better with a 0.25mm nozzle), but you could add a tiny amount of supports to the center of the loop using Paint-on supports. I wouldn't use Organic supports for this. It adds about an hour to the print time and since the arms going to the loop are thin (and may break during printing), it increases the chance the print will fail. 

If anyone's interested, the filament used in the cover photo is Matterhackers Quantum Raspberry Blue.

Christmas Ball - Alternating Diamonds

Alternating Diamond Stacks 4b Simplified Repaired.stl

**Lightweight Experimental Glider**

**Preparations**
Experimentations encouraged! You can have the wings on the top or the bottom.

Bend wings slightly upwards or to a gull shape
Bend tail to a V shaped stabilizer
Bend tail slightly upwards directly behind the wings.

**Hand launch**
Grip directly behind wings and throw gently.

This one is not designed to be shot with the airplane launcher crossbow.

3D Printing Settings
Layer height: 0.1mm (works best) - 0.2mm
Infill: 100%
Outer Lines: Min 3
Placement: Glider is rotated 45° in z-axis so that the infill of the first layer goes along the wings. This gives some rigidity when bending the wings and stabilizers.

Experimental Slope Glider 

X-Glider-MkI.stl

My camping fuel canisters didn't come with lids to protect them from the elements, so I decided to make a premium solution! My cap snaps snugly onto the fuel canister and the added magnet can stick onto the canister when in use so you won't lose it in the dirt. Fits standard butane/propane canisters with EN417 Lindal Valve output.

Printed with [98a shore Fillamentum Flexfill TPU](https://bit.ly/FL-98tpu) ([Also on MatterHackers](http://bit.ly/flexFill)) for the perfect amount of flex. 3mm x 6mm magnet was glued into place with E6000 adhesive.

**6mmx3mm Neodymium magnets**
- [eBay N52 *best strength](https://ebay.to/3kMB1A4)
- [eBay N35](https://ebay.us/iHdF18)
- [Amazon](https://amzn.to/3Qtm6f6))

**E6000 Craft Adhesive**
• [Amazon](https://amzn.to/3OHX22J)

A Better Fuel Canister Lid

CampingFuelLid.stl

Explore the versatility of 3D model designs with our Small Standard Tin Palette Insert for Watercolors designed by CuriousCoon on Thangs.com. This aesthetically pleasing model showcases standard tin palettes specifically designed for watercolor paints, boasting 33 paint pans in standard white and black. One of the model's distinguishing features is a dust-free lid, perfect for maintaining cleanliness and orderliness. Furthermore, this functional design employs all available space inside a metal watercolor box, eliminating wastage and optimizing efficiency, an ideal pick for most palette manufacturers. 

The model's dimensions are specifically engineered with a length of 114 mm, width of 63.5mm, depth of 12mm, and an outer radius of 7mm, making it a compact but resourceful design. 

To achieve a high-quality 3D print of the model, it's recommended to print with a 0.2mm layer height, at least 3 outer lines, and ensure the base is 100% filled. Additionally, by considering the detailed image previews provided, users can accurately visualize the model's complexity and beauty before printing. 

To sum it up, if you are seeking an innovative, well-thought, and space-efficient 3D model, this "small standard tin palette insert" design is a noteworthy choice. This model effectively combines functionality, compactness, and aesthetics, creating an essential tool for any art lover. Discover more about this model, including distinctive printing settings on Thangs.com today.

Insert for Standard Watercolor Metal Box - 33 wells - with Lid

Paletteneinsatz-klein-rec33x.stl

cheeky low poly Spaceship remixed from bugman_140's lowest poly anything :P

low poly spaceship.stl

This 3D model imitates a vintage arcade cabinet door. Perfect for those who enjoy arcade-era nostalgia, this design doubles as a retro-style piggy bank.

The distinct "glowing" red lettering is achieved through an easy 2-color print, segmented at a 5.20mm layer height.

The cabinet door has a print-in-place hinge. The lock is printed separately in 2 connecting pieces.

The "25¢ | Insert Coin To Save" coin slots accommodate any US coin, not just quarters.

Experience a nostalgic trip back to the arcade age while saving for your next gaming spree.

Arcade Cabinet Door with Lock and Coin Slots

CoinDoorAllv20.3mf

This is designed to work with the 30mm SMD cut tape reels from here: https://www.thingiverse.com/thing:4735881

Gridfinity SMD Cut Tape Holder for SMD parts

Gridfinity SMD Cut Tape Holder 1x6x0.5.stl

**1:4 reduction gear assembly**
from my project i'm designing. It's a compact, clever way of mounting Nema 17 stepper motor below a turntable that uses a lazy susan bearing. gear should slide onto the motor shaft with no need for glue or screws. I made a demonstration video of how all of it is put together. Note that the project is unfinished and i already opted out for a different bearing type so it's not all finished although the gears themselves work very smoothly.

1:4 reduction bevel gear assembly Nema17.stl

assembly example.stl

A sturdy small dish to hold clay ball bearings in when target practice. 
Easy to pick up just one from the bowl.

Simple Shot Scout LT Slingshot pictured.

Slingshot Dish

Slingshot_Dish.step

Use with 10x2.8mm magnets and 300mm wide accordion way cover available from ebay.

Tailstock cover has gridfinity base grid for light objects.

AL320G Lathe Way Covers

TailstockWayCoverForward.step

An inexpensive GO/NOGO gage holder for BCG bolt face QC.  Uses M4 nut, M4x12mm socket cap screw.

Inexpensive Go/NOGO block - bolt face measurement

All my models are free but please consider supporting me if you find my work useful: http://paypal.me/Stu142. Much appreciated if you do!

This is a Pull Fid used to splice ropes. It works very well and is very cheap. 

all you need is a pack of wire and some electrical tape and you can make many. The black wire shown in the picture worked fine but I reccomend stainless steel. 

To make the handle cut a section of doubled up wire the length you want the tool to be plus 1 foot past. This will give you many wraps around the handle to make it secure. 


Wrap with wire around tightly then cover with electrical tape and your done!

Pull Fid Rope Splicing Tool.stl

Pull Fid Splicing Tool.stl

This is a simple easy and quick to print headphone hook that can slide on to the edge of any desk.

Open the parametrically designed file HEADPHONE DESK SLIDE.f3d in Fusion 360 to adjust the table thickness, hook length, width and wall thickness of the hook to your specification.

The example file is for a 26mm desk.

Parametric Headphone hand desk slide  

a compact case for arduino nano. i changed a design i found online to add a micro switch. this switch can cycle through different light modes. Power via usb, route output cables through the other end. 

arduino nano case .stl

nano case1 .stl

0.4 nozzle
3 walls
3 top
6 bottom
**No supports needed !** (just pierce one layer to make holes for the screws)

SkyWatcher EQ5 Pro Dec. gears cover

eq5_cover_v2.stl

remixed from https://thangs.com/designer/kkobold/3d-model/Gridfinity%20Soldering%20Spool%20Holder%20-%20500grms-74898
with extra width for my 454g (1lb) spool
printed in PETG 0.25mm layer 2-walls 20% infill (uses 100g)



Gridfinity 1lb solder spool holder

solder spool holder wide.stl

This is a base / stand / foot that allows a rack-mountable APC 1500 UPS to stand stably on its side if you will be leaving the UPS on the floor

APC 1500 UPS Feet - Stand.3mf

I created this to prevent my Lansky Puck Sharpener from scratching other items in my bag.

Fusion 360 file included.

Designed for this Lansky puck sharpener: https://amzn.to/3StcnGT

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