[3D-Druck] Zubehör für VR

SolKutTeR · 1. Juni 2020

Falls die Teile der Tower Tag Blaster 3D-Druckmatrix für Rift S/Quest Controller zu groß für den Drucker sein sollten, gibt es nun auf Thingiverse eine Druckmatrix für kleinere 3D-Drucker von dem User namelesstee.

Unofficial Tower Tag Blaster (split) - Rift S and Quest von namelesstee

Split the model so I can print it on my ender-2.
Not printed yet, connector might be too tight.
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SolKutTeR · 5. Juni 2020

Hier gibt es auf Thingiverse eine entsprechende Anpassung für die Vive Wands Controller.

Unofficial Tower Tag Blaster (split) - Vive Version von namelesstee

Since playing with the vive should be more fun and there is no official vive-blaster yet I decided to do a hacky merge of two models. Will update when I finished printing it.

Update: As expected I was not able to print this (without my support breaking). vive_gun_x is the new version, lets hope this works.
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SolKutTeR · 8. Juni 2020

Auf Thingivers gibt es eine erste TowerTag-Blaster Anpassung für die alten Rift Touch Controller.

Tower Tag Blaster - 21x21x20 Print Support - CV1, Rift S, Quest Support von Kaho88

Edited

Optimized for Printers with 21x21x20cm print size

Rift CV1 Handle Support (Quest & Rift S also works)

How to Print

2mm layer

10% infill

Support Informations see below

Handle

no support

Warning:
if you have seizure disorder dont watch.
LED Frame will lightup & change colors at the end of the Video... Sorry!

Left & Right

Support needed

Support angle 60°-70°

Print it like the STL and you are fine

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SolKutTeR · 11. Juli 2020

Interessanter 3D-Druck, welcher an einem ProTasVR angelegt ist.

VR Flight Stick: Oculus Touch Controller von didgeridont_pls

Hello! I designed and created a flight Stick for use in No Mans Sky VR.

Printed out of ABS, and tied together using Elastic Paracord ordered from Amazon, Link Below:
https://www.amazon.com/gp/product/B00MMQYD8A/ref=ppx_yo_dt_b_search_asin_title?ie=UTF8&psc=1

A friend Printed this for me, so unfortunately I don't know the Print Settings at this time. I don't have a 3D printer of my own yet
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Construction
Attaching the grip to the base: 1. After you 3D printer finishes the print remove support material 2. Place the hand grip portion onto the ball joint portion and rotate around with a little bit of pressure for a few minutes. This will smooth out the contact between the ball joint and the hand grip. 3. Thread the paracord through the eyelets on the base and the grip at your desired length and tie double knots at each eyelet and cut excess paracord with scissors. The amount of Tension is up to you, but i would recommend trying to make it as taught as possible. 4. Repeat "Step 3" at each set of eyelets. Be sure to try to retain the same length and tension as the first to keep the Grip centered on the Ball Joint. 5. When you have finished tying down the Grip to the Base, get a Bic Lighter (or Lighter of choice) and lighting flame the knots and frayed trimmed paracord ends. The paracord is made of plastic nylon fabric and rubber, applying light heat will lightly melt and fuse together the knots to prevent slipping over time. Base Information: The base is designed with several uses in mind, I personally tie down my base and grip to my leg with Elastic paracord (shown in an above image), but you can easily use velcro to loop through the long eyelets in the base to attach to a Chair arm or attach Velcro to the bottom of the base to attach to a Desk or second surface. Any Questions Please reach out an I will respond as quickly as I can! Have a great day!
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How I Designed This
This was designed via napkin sketches and Modeling/Exporting as STLs from 3D Studio Max 2020
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UdoG · 17. Juli 2020

Ich würde mir gerne die Frankenquest Adapter drucken lassen - mit Abdeckung, da ich denke, dass diese dann die Halterung des Vive Audio Straps besser festhalten (kann dann nicht rausrutschen). Wer kennt sich denn mit 3D Druck etwas aus? Welches Material würdet Ihr empfehlen und welcher Online 3D Druck Dienstleister ist gut?

Hier der Link zu den Adaptern:

https://www.thingiverse.com/thing:4400162/files

RainerVR · 17. Juli 2020

Die gezeigte Version wurde in PLA gedruckt, es spricht auch nichts dagegen es auch in PLA zu drucken.
Du musst natürlich entscheiden, welche Teile du gedruckt haben willst, da es verschiedene Varianten gibt

UdoG · 17. Juli 2020

Danke - PETG wäre dann aber besser, da stabiler, oder?

Lasagnetier · 17. Juli 2020

PLA sollte dafür volkommen ausreichen, PETG wäre natürlich etwas stabiler, allerdings teurer und meiner Meinung nach nicht notwendig.
Du kannst natürlich auch total eskalieren und das aus ABS drucken, das musst du aber erst mal gedruckt bekommen, PLA ist das einfachste , das bekommt jeder Drucker gedruckt.

RainerVR · 17. Juli 2020

Eben, PLA reicht. PETG hätte nur den Vorteil, das es etwas nachgiebiger beim dranklipsen wäre. Aber die Vorlage ist für PLA konstruiert und passt ja

SolKutTeR · 20. Juli 2020

Recht stylische Ladestationen für die Index Controller.

Valve Index Controllers: The 'Low Profile' Boomerang BCT von briangilbert

I loved the concept of the original design, but wanted a lower profile version. I've remixed this for right angle USB cables that I purchased from Amazon:
https://www.amazon.com/gp/product/B07TWC4MDS
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Hier das selbe nur mit erhabenen Logo:

Valve Index Controllers: The Boomerang BCT von BearCubsTeacher

As hinted in my first creation page (http://www.thingiverse.com/thing:3744655 and which I will now call "First Base V2") I have made a version that has a larger footprint, and allows the Valve Index controllers to be inserted while in a fairly natural, hand-held position. Some may prefer it in the way it displays the controllers in a butterfly type position as well.

See my prior page for information on the cables. The logos are all available here.

I present to you the Second Base: "The Boomerang BCT"
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Und das ganze noch etwas kompakter:

Valve Index Controllers: First Base V2 von BearCubsTeacher

This is a simple, minimalistic base to set Valve's Index controllers on for storage and charging. The base measures 3.625"W x 3.625"D x 2.5"H.

The correct charging cables must be used to work with the base properly. A small capsule-shaped flat tip is placed and left in place on the Index Controller's charging ports. Then the charging cable is brought up through a slot in the bottom of the controller into each controller's cradle area. Once above the cradle, the USB charging cable end is rotated 90 degrees and lowered back into the slot with the correct orientation matching the tip on the controllers. Excess cable is then inserted into the slots on the underside of the base unit to lock the cable in place so it isn't withdrawn when the controllers are lifted. I recommend putting a drop of superglue on the cables once you've confirmed they are inserted properly, to keep them from falling out of the channels or pulling up with the controllers.

Those USB-C magnetic cables can be found here: https://www.amazon.com/gp/product/B07HBZ3ZH9/ref=ppx_yo_dt_b_asin_title_o02_s00?ie=UTF8&psc=1

Update: I've had one user say these cables also perfectly work well, but I haven't tried them myself. Another user is in the process of ordering those and will tell me their results soon and I'll update the update. https://www.amazon.com/gp/product/B07GSNBGHY/ref=ppx_yo_dt_b_asin_title_o06_s00?ie=UTF8&psc=1

I recommend small hemispherical self-adhering rubber feet to raise the base above your worksurface/desk/cabinet. Doing so allows the cables to run below the base. However, if a more minimal look is desired, the ends of the cable channel can be removed with a small 1/8" rat-tail file, sharp knife or soldering iron to allow the cables to exit, stacked, through the back side of the base unit.

The base can be used in two orientations. The grips can face forward, or the arcs on the sensor arms could face forward. The former reverses the handing on the controls, the latter preserves the handing. Note, these controllers cannot be inserted into the base without removing them from your hands first, due to the way they sit on the base to minimize the footprint size of the base unit and controllers.

One model has a 1" diameter Index logo recess on it. Laser cut 1" diameter disks can be inserted into the face of the model, with 1" diameter hemicircles used to complete the Valve Index logo on the face and rear of the base. The other base has a smooth front and back on it, allowing for application of paint/decals or easier printing.

Update: Per requests, I've added three logo options to print separately and adhere into the recessed Valve Index logo space: Logo_Flat, Logo_Hemisphere, and Logo_Lens. (Thingiview shows the faces as polygons, but the STL file shows them as smooth, so they should print as smooth, spherical surfaces, not as polygons - though that looks pretty cool!)

Update 07152019: I'm working on another base that is more of a "holster" type of base where the controllers are placed in a more natural manner to how they are worn. If the current layout of these doesn't work for you in the V2, then stay tune to this Thingiverse site for a different version.

How I Designed This
The cradle forms were derived from the release of high-res modeling files courtesy of Valve Corporation, through their "Deep Dive" white paper website. The models were made in AutoCAD and exported to STL format by AutoCAD. Be aware that there are two issues some users have found in using the file. For some, an error was occurring in their slicer because of a number rounding issue. The original item was designed in inches, but then scaled up by a factor of 25.4 to convert it to mm. Doing so will result in some values for the object that may require some minor adjustments on your slicer's end. The other issue is that on the logo model, some thinner parts may show up as errors as well. That said, several people have plotted it without any issues, so I'm comfortable releasing it for public use on this day, July 13, 2019. Enjoy!

Thank You
My thanks to...
Danny M. and Todd A. for their assistance and printing the part. The good people in the Valve Index discord, especially Travis, for your feedback and initial testing and support.
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[3D-Druck] Zubehör für VR

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