Pathfinder Head – Apex Legends 3D Printer Model

Author: @
License: CC BY
File formats: pdf,stl
Download type: zip
Size:11.1MB

The file 'Pathfinder Head – Apex Legends 3D Printer Model' is (pdf,stl) file type, size is 11.1MB.

Summary

Please check the manual for more details
If you like this project and want to see more like this in the future, consider supporting me.

Post your makes, I want to see the results :)

If anything is unclear or I missed something, just ask. If you would like tutorials on certain things I did to make this, please subscribe to my youtube and add your request to the projects video comments. https://youtu.be/BO9h78Sapko

Infill: 10% - 15%
Supports: Yes, some parts will require some supports
Rafts: No, but you might get a better finish for some of the parts
Resolution: 0.12 – 0.2
Filament Material: PLA

Front
The handle you will need to attach with glue
You can print the HandleInsert at 95% if you have fitting issues.
The completed front is connected to the main part by using the MainConnectorBlocks.
The LedCover is optional, if you don’t have a transparent globe to use here you can use this.

Main
You will need to glue in the handles and the gear, sometimes it is a rough fit.
You can print the MainConnectorBlocks at 95% if you have fitting issues.

Back
You will need to glue in the handles, sometimes it is a rough fit.
If the exhaust don’t fit, you can print them at 95%. In my end result I could not print this very well, so the grid was not present. But I added some of the dust filter and it look good again.

Stand
You can print the CableInserts at 95% if you have fitting issues.

Other Parts (I looked for all the cheapest alternatives here)
Electronics
• LED rings (I bought the 3 smallest, you can also buy neopixels)
• Arduino
• Switch the led won’t work because the voltage is too high, you can get a different one, but this one fits the model
• Buttons (2 yellow, 1 blue) not in the schematic, but if you want to led to light up you will need to attach it to the correct voltage (3-6v)
• Arduino Prototype Shield
• Dupont Cables this is just very handy to have
• DFPlayer for music
• SD card
• SD card extender this just makes it easier to swap out SD cards
• 10k resistor
• 3watt speakers just make sure they fit the holes and that it is 3watt
• For the usb connector internal I just used an old printer cables and cut it shorter and reconnected it, this could be handy to have
• An extender cable to connect it to a power source
• Fan 60mm 3.3v or 5v
• Connectors, any kind will do, I just used it so I could detach the fan.
• SD USB dongle
Finishing touches
• Dust Filter
• Details: SideGear, CoverGear
• Epoxy
• Epoxy Additives
• Leather Clips
• Transparant Balls get the 6cm type
• Paint – woodfill – sanding paper
• Black soft Leather, red thread and needles for the boot
• Bolts and nuts for adding some extra flair and to bolt in the Arduino and the fan

How to get the voicelines?
https://wiki.modme.co/wiki/apps/Legion.html
Also I uploaded the startup soundfile here: https://mega.nz/file/o650wAgR#WvgX1t0qdlaABS_cBH8oLKSB8rW2de_7qT_UboBXNm0
When putting the sounds on the SD, make sure the SD is empty, insert the startup sound 001.mp3 first, then copy all the other sounds. You could also add music if you want. Look up DFPlayer for more information. 

Additional things you can use to make to project come alive:
A fan (60mm) for cooling, you can use a 3.3v or 5v fan and just adjust the power you take from the Arduino.

I used half a transparent Christmas tree ball and filled it with epoxy glue and color additives (blue, red, black). I inserted cracked of bits of the other half to get a nice effect when you turn the leds on.

I used dust covers to cover all the holes and the fan.

I inserted the screws into the model by just making a small hole with my solder iron, insert the screw and the press the screw with the solder iron, it will heat up and sink into the model. I just used old screws from PCs.

Just so you know I had to do a lot of sanding to get the top smooth as it is now, I also used woodfill to correct printing issues. Because I used TinkerCAD as an editor for this project, a lot of the parts are a bit rough. So don’t give up on sanding it smooth.

For the exhaust I used/edited these things:
https://www.thingiverse.com/thing:230726
https://www.thingiverse.com/thing:3188891
https://www.thingiverse.com/thing:1559232

Manual.pdf 2.8MB
Optional_Path_Front_LedCover.stl 50.1KB
Path_Back.stl 1.0MB
Path_Back_Exhaust_2required.stl 217.0KB
Path_Back_FanGrid.stl 86.0KB
Path_Back_Handle_2required.stl 220.8KB
Path_CoverLeft.stl 65.1KB
Path_CoverRight.stl 65.1KB
Path_Front.stl 616.7KB
Path_Front_Barrels.stl 282.9KB
Path_Front_GoldHandles.stl 578.6KB
Path_Front_Handle.stl 220.5KB
Path_Front_HandleInserts_4required.stl 47.9KB
Path_Front_LensCorrector.stl 325.0KB
Path_Internal_SpeakerHolder_1requriedforeachspeaker.stl 4.8KB
Path_Internal_USBEnclosure.stl 6.4KB
Path_Main.stl 1.8MB
Path_MainConnectorBlocks.stl 3.0KB
Path_Main_BootClipHolder_4required.stl 220.6KB
Path_Main_BotInsertWithUSBEnclosure.stl 886.9KB
Path_Main_LeftDisc.stl 382.7KB
Path_Main_NeckGear.stl 1.6MB
Path_Main_RightDisc.stl 382.7KB
Stand_BotPlate.stl 473.9KB
Stand_CableInsertBot.stl 99.7KB
Stand_CableInsertTop.stl.stl 56.3KB
Stand_Nameplate.stl 120.2KB
Stand_Pillar.stl 13.0MB
Stand_TopPlate.stl 75.8KB