(506) 2240-6804
Oculus rift 3d printed mount
Free STL file Oculus Rift Sensor Wall Mount・3D printing model to download・Cults
Under Desk Headphone Hanger
Free
64x32 LED Matrix w/ Pi Housing
Free
Compact Test Shapes
Free
Clip-on Battery Holder for Oculus Quest 2 Elite Strap
Free
Hair Catcher for 42mm Shower Drains
Free
Sweep 2.x Case
Free
Fiesta MK8 Alcohol Gel Cupholder Insert
Free
Micro FPV Camera Mount for 35mm-spaced Standoffs
Free
Best 3D printer files of the Gadget category
THE SPARTANS SMART DEVICE HOLDER
Free
Transformer case for flash drive. "Eared bullet"
€1.63
Nintendo Switch Ergonomic Grip
€4. 05
Steampunk Style Lamp
€15.19
Hot Wheels GoPro Car
Free
iPhone Wall Dock
Free
3D Printed Marble Run
€4.99
Skorpion VZ61 Rubber Band Gun (Full Auto & Semi Auto) Scale 1:1
€6.99
Best sellers of the category Gadget
App to create dual text illusion
€3.68
Jack the fidget Zombie - Halloween
€2.29
DJI Avata Bumper
€3
DJI AVATA GoPro Mount
€2.50
PIXEL 7 case (two designs)
€0.94
Writing Machine V2.0 - 2D Pen Plotter
€6.73
iPhone 14 PRO MAX case (2 pcs)
€0.94
G17- DD17 Rails Frame
€7.
50
Tactical Repeating Bow (TRB)
€10
Gato fantasma / spooky cat
€3.30
Owl - Wall Key Holder
€1.84
Giromate
€3.04
Perritos fantasma / Spooky dogs
€3.30
Mechanical Spinning Top Dice Box
€4
AR-15 LOWER MULTI CAL. REINFORCED STRUCTURE
€8.50
Working steam engine, print-in-place, fully assembled, no supports
€3.34
Would you like to support Cults?
You like Cults and you want to help us continue the adventure independently? Please note that we are a small team of 3 people, therefore it is very simple to support us to maintain the activity and create future developments. Here are 4 solutions accessible to all:
ADVERTISING: Disable your AdBlock banner blocker and click on our banner ads.
AFFILIATION: Make your purchases online by clicking on our affiliate links here Amazon.
DONATE: If you want, you can make a donation via PayPal.
WORD OF MOUTH: Invite your friends to come, discover the platform and the magnificent 3D files shared by the community!
3D Printed Modular Oculus Rift Sensor Mounts by James Tanner
3D Printed Modular Oculus Rift Sensor Mounts by James Tanner | Pinshape-
No Prints Yet
Be the first to upload a Print for this Design!
Summary These modular hangers allow you to wall-mount your Oculus Rift sensors to the wall in just about any configuration you choose. A Sensor Holder secures the sensor in place and gently guides the cable towards the wall. You can then mount it in one of three types of hangers: Corner Hanger for mounting the sensor in a 90-degree corner between two walls Flat Hanger for mounting a sensor perpendicular to a single wall Angled Hanger for mounting a sensor at a 45-degree angle to a single wall I've included the Fusion 360 archive file as well, if you need to adjust any of the parameters.
Print Settings Printer: XYZ Printing da Vinci Mini W Rafts: No Supports: No Resolution: 0.2mm Infill: 10% Notes: Sensor Holders should be printed upside down, with the long, thin, flat edge against the print bed. All parts print well without raft or support. Infill should not be necessary at all, but I left mine at the 10% default. Post-Printing Ensuring a Good Fit You may need to clean up your parts a little bit to ensure that they fit together without sticking. Using an sharp hobby knife, clean off any burrs or edges inside the joint socket. I've found this makes it a lot easier to separate the parts again after they're put together. The tolerance on the models is set quite high, as my printer isn't particularly accurate. So you shouldn't have much difficulty. However, if you just can't get them to print properly, you can try editing the joint_tolerance parameter in the Fusion 360 file to give it a bit more "wiggle room". How I Designed This These were designed completely in Fusion 360, using parametric modelling.
First, I designed the sensor holder as one component. I then designed a socket which would connect the sensor holder to the various mounts. Each mount was then created as another component, based on the mounting socket. This way, all the parts are based off the same parameters and sketches, so they adjust to changes appropriately. I used this to make several prints and tweak settings until I got something that worked just right. Mounting Instructions Required Hardware Hangers can be secured to the wall with #8-10 x 1 in drywall anchors and screws. You can get the ones I used via Home Depot. (Alternate) You can try using small Command strips instead of screws. Those can also be purchased from Home Depot. If you try these, leave a comment and let me know how it works for you. (Optional) Sensor can be held firmly in place using 1/4-20 x 3/4 in machine screws. You can get ones similar to the ones I used via Home Depot. Installing the Mounts These instructions assume you are using drywall anchors and screws.
If using Command strips, wood screws, etc, make adjustments as necessary. Decide where you want your sensors to be I personally recommend the 3-corner mounting setup as recommended in this blog from Oculus. Alternatively, if your room isn't suitable for this, you can mount sensors to flat walls either perpendicular or at a 45-degree angle, depending on your needs. Print the required hanger For each sensor, print a Sensor Holder. To mount a sensor in the corner of a room, print a Corner Hanger. To mount a sensor perpendicular to a wall, print a Flat Hanger. To mount a sensor at a 45-degree angle to a wall, print an Angled Hanger. Measure the height I recommend 7-8 ft off the floor, depending on the height of your ceiling. Make sure to leave a few inches above the mount in order to connect the sensor holder. Measure the height you want and mark it with a pencil. Pre-drill the holes If you purchased anchors and screws, the package should list which size drill bit to use. (In my case, it was a 3/16 in bit.
) Otherwise, use your best judgement given your choice of mounting hardware. Place your selected hanger against the wall with the pencil mark as your guide. (If using the Angled Hanger, I recommend also using a level against the bottom of the hanger to ensure that it flush.) Holding the hanger firmly in place, pre-drill holes for your screws using the holes in the hanger as a guide. Insert the drywall anchors Set the hanger aside for now. Insert the anchors into the hole you drilled. Gently tap it fully into place, being careful not to damage it. (If it refuses to go in without bending or crushing, you can drill out the hole very slightly larger.) Mount the hanger Place the hanger against the wall, with the holes lined up with the holes in the anchors. Drive the screws into place, being careful to tighten them down evenly on both sides. Assemble the sensor mount Unscrew the Oculus sensor from the default stand. Insert the stem of the sensor into the hole at the front of the sensor holder.
It should be a snug fit, but not require much force. Insert the sensor cable into the guide on the side of the sensor holder. (Optional) Secure the sensor to the sensor holder using a 1/4-20 x 3/4 in screw. Hang the sensor Slide the sensor holder into the socket in the hanger mount. It should be very snug and fit securely. Repeat for each sensor Run sensor calibration Enjoy VR!
Your browser is out-of-date!
Update your browser to view this website correctly. Update my browser now
×
Why 3D printing and VR are made for each other
The most widely discussed in the media and popular topics related to new technologies have long been virtual reality and 3D printing. This is not at all surprising that there are two main reasons:
- some areas of life.
- Secondly, and not least, these two technologies organically, in a completely natural way, complement each other. And here's how:
Prototyping new devices
Creating experimental models of cases and parts for future devices is not complete without a 3D printer.
This is how HTC VIVE was created step by step
Read more in Makezine. And the model of the VR-manipulator for it:
The prototype of the serial model was created as a 3D object, after which it was printed and finalized. This made it possible for engineers to hold the product in their hands before the start of production and evaluate its ergonomics and convenience. The Surround 360 panoramic camera model (this is an open Facebook project for creating a 3D video camera) with a 360-degree field of view was created using the same principle:
Additionally, VR is very suitable for the feeling of volume in 3D spatial modeling: you can simulate a 3D model of a new device on a computer, carefully examine and edit it in virtual space, and then print a prototype of the future device.
Or, conversely, scan an existing workpiece, convert it to digital format, make the necessary adjustments (which is much easier, and most importantly, more accurate than on a physical model), and print a new version.
DIY VR devices different manufacturers are often sold at clearly inflated prices. Therefore, an increasing number of enthusiasts are printing on 3D plastic analogues of Cardboard and other, more advanced models.
At the same time, the models themselves are free, and printing them on a simple FDM 3D printer will be cheaper than buying cardboard glasses.
This is how a 3D model of the simplest virtual reality helmet looks like, i.e. Do-it-yourself VR headset for smartphone:
Damian Szyszkowski's DIY VR headset model
modeled on the Google Cardboard on a 3D printer
There are more sophisticated devices, with the possibility of various adjustments and settings, which, nevertheless, are just as easy to print and assemble.
Original 3D printed VR headset
Video showing how to assemble a homemade 3D printed VR visor:
Check out the free model catalog for DIY VR devices at www.thingiverse.com
In addition to headsets, there are other virtual reality devices that you can create yourself.
A headset or a helmet only allows you to immerse yourself in the space created by someone, but there are devices for those who want to create themselves: spherical cameras.
These are special video cameras, the coverage of which allows you to simultaneously capture the entire surrounding space. You can create a spherical camera for shooting VR shots and videos, functionally similar to those used for professional 3D immersive filming, by printing a special bracket with mounts for GoPro or other miniature cameras.
Frame for spherical shooting using several Hero3 - Black Mount
Another version of the "spherical" frame for Hero - "Underwater", suitable for underwater shooting
Not everyone is interested in homemade printing, many prefer to use devices designed by professionals, but even such users have their own way of using 3D printing in the field of VR - creating non-standard parts and unique accessories for VR equipment.
DIY accessories and components for VR
New devices appear all the time, and buying accessories for them can be expensive and difficult - shipping, customs - all this takes a lot of time and money.
Not to mention that not all of them are produced and sold by the equipment manufacturers themselves. The solution is simple - you can print, for example, non-standard and out-of-sale stands or hangers for VR helmets and other components of VR systems and other interesting accessories that will make the experience of using devices more comfortable and rich.
Here are just a few examples of these attachments for popular VR systems that you can download online and print yourself:
Wall Hanger for HTC Vive Controllers
Charging Cradle for two HTC Vive Controllers
Rifle Adapter for Controller HTC Vive, for games like The Nest
Wall mount for linkbox (switch box) of the HTC Vive system
Adapter for connecting the Vive base station to any standard tripod
Wall mount for storage of HTC Vive helmet
Parts for connecting HTC Vive VR headset with a more convenient than the bundled head mount
Wall mount for Oculus Rift storage can also be used as a stand for placement on horizontal surfaces
Simple hanger for vertical storage of the Oculus Rift on furniture or walls
Desktop stand for the Oculus Rift 9 VR headset0006
In this way, you can create any accessory, any detail and any adaptation to your devices that you can think of.
It is enough to create in the editor or simply download the necessary part in digital form, load it into your 3D printer and print it.
Ideas - in life
It should be noted that most of the functions and capabilities of three-dimensional printers are quite available on far from the most expensive models of devices. For example, there are devices that are quite affordable for an ordinary person, moreover, they are of high quality and give more than a decent result.
One of the brightest examples of such equipment is the Wanhao Duplicator i3 printer, which has already earned a decent reputation:
A device of a higher class, but also easy to use and maintain - the famous Picaso 3D Designer Pro 250:
Such a device is enough for the eyes to make household items , souvenirs, parts of mechanisms and even some more technological products. Up to use in invention.
If you need greater accuracy and ease of use, then you can choose a 3D printer that is more expensive, but also obviously higher class.
For example − Formlabs Form 2:
This is almost a professional model of a 3D printer that provides resolution and speed that more budget models cannot.
Fewer and fewer restrictions remain for such a promising duo as 3D and VR, because printing and scanning devices are improving, the quality of products is growing, and the range of materials used for printing is expanding day by day. In addition to plastics and food materials, wood and glass, metals and ceramics are already available for use. As well as virtual reality devices, which provide an increasingly natural effect of presence and more and more detailed images and interactive features. In the near future, these two technologies, together, will greatly change the picture of the world we are used to. What they have already started doing.
Finally, a demonstration of how these technologies work together - a 3D printed full-fledged VR helmet with its own screens and does not require a smartphone:
Want more interesting news from the world of 3D technology?
Follow us on social.
networks:
Best files for 3D printing Oculus・Cults
Skip to contentoculus quest2 gunstock assembly kit
€4.56 -fifty% 2.28 €
Simple DIY Printing Quest 2 Elite Strap
Free
Grip handle for Oculus Quest 2 VR
2.61 €
oculus armory
Free
Quest long prescription lens adapter (Quest 2, Quest and Rift S)
Free
Oculus Quest Board Mount
Free
Night Vision Light - Oculus Quest 2
Free
Oculus Quest 2 Logo Wall Mount
€7.39 -twenty% 5.
91 €
AMVR Grip Compatibile Controller Holders for VR Gunstock (SLIDR™) (Meta / Oculus Quest 2)
Free
Oculus Quest Wall Mount
7.38 €
Oculus Warplanes Flight Contols
Free
Oculus Flight Stick Swivel Mount
Free
Thug Life Print-in-9 Folding Pixel Glasses0130
0.96 €
VR Gunstock (SLIDR™) (Meta / Oculus Quest 2)
€26.21 -92% 2.10 €
Vr headset holder
0,50 €
vr cable holder
Free
Oculus Quest Link Cable as Counterweight
Free
Oculus Touch Modular Handle for Beat Saber
Free
BOBOVR M2 Head Strap Headphone Adapter for Sony MDR-ZX110
Free
Oculus Rift CV1 Tension Relief
Free
Oculus Rift Sensor Wall Mount
Free
Oculus Quest 2 Wall Mount (invisible)
Free
Oculus Quest 2 Battery mount Remix
Free
Sword grips with knuckle straps for Oculus Quest 2 controllers
3,80 €
Sword grips with knuckle straps for Oculus Rift S controllers
3,80 €
Light cutlery only for Quest2
2.
52 €
Wace Mindu lightsaber hilt
0.66 €
Holder for Oculus Quest 2 stand
3.75 €
Oculus wall bracket
1 €
oculus quest 2 controller holder
0,50 €
JKL Penhold v2 (CPEN) Table Tennis Adapter for Meta Quest 2
Free
JKL Penhold v2 (JPEN Full Handle) Table Tennis Adapter for Meta Quest 2
Free
JKL Shakehand v2 (Viscaria) Table Tennis Adapter for Meta Quest 2
Free
JKL Penhold v2 (JPEN Cut Handle) Table Tennis Adapter for Meta Quest 2
Free
Oculus Quest2 cable clip for standard strap
Free
Oculus Quest Cable winder for standard strap
Free
Oculus 2 Elite Headband Storage Bracket
Free
Oculus Bay Station
Free
Oculus Joystick Mount
Free
Oculus detector holder
Free
Support to be fixed (organizer, etc.
