oculus rift s controller 3d model

I found that the part that clips onto the Rift S headband broke easily, so I reinforced that spot and set the part on it's side to enhance strength along the axis of the most stress. A raft and supports, touching the buildplate only, are required to...

I was after a sleeker way to hang my Rift sensors, so I turned to topology optimization to give me some inspiration. ...The result is a unique design that attaches securely to the wall using medium-strength 3M adhesive strips.

Wanted a more stylish wall mount for my Rift sensors. Used topology optimization to come up with this look. ...Designed to stick to the wall with Medium 3M adhesive pads.</p> Category: Games

Assembly A tiny amount of superglue is applied to the fan's sides and lids to keep it intact. Double-sided tape or foam is used to gently secure the device to the top of the Rift. This setup relies on three AA batteries for power, but feel free to...

If you've got a shelf, table, or a simple wooden plank nearby, just position your Rift sensors on it - this setup is designed with you in mind. You can use an M3 screw to lock the sensor into place and take advantage of four available slots for cable...

My only issue is that with headphones over the Oculus, you can hear the fan vibration, however, I got used to it after a while. I cut out the holes in the facial interface using a similar method as OP but employed a soldering iron with a chisel tip...

Designed it in one to two hours, so please be gentle on its design since it's far from perfect. But it works fine for me. You can attach it with two "Tesa Powerstrips Large" or normal double-sided tape to your wall. I used PETG but PLA should also...

I designed this holder to hold my Rift beneath my desk. I secured it with double-sided tape, but you can also screw it in place for a more permanent fix. The hole on the surface is deliberately placed to prevent accidental activation when not in use....

Hello everyone, I created this wall bracket to hold my Rift sensors on the wall and free up some much-needed desk space. It turned out extremely well, is incredibly sturdy and you can simply unscrew the base from the sensor and push it into the...

... the wall. Good rifting! ... Print Settings: Printer: 3DGates Rafts: No Supports: No Resolution: 0.20 Infill: 20% Notes: For a strong part, I recommend printing with Colorfabb XT 5 or more top, bottom layers and perimeters will do the trick.

Hi all, I'm excited to share that I designed this wall bracket to hold my Rift sensors on the wall, freeing up valuable desk space. It turned out amazing, is incredibly strong, and features a clever design where you can simply unscrew the base from...

There's no need for special plugins to open the scene as 3ds Max models are grouped for easy selection, and objects are logically named for efficient scene management. The high-quality textures are suitable for close-up renders, with sizes ranging...

... at paypal.me/defnot4beer. I've been tinkering quickly to get this ready for you. I've made a few updates - added one model with a screw hole and another with a flat corner. ...As of 2.4.19, I've added three more models, complete with ziptie holes!

... I'm using a .25 layer height, .4 nozzle size, 2 walls, and PolyMAX PLA filament at 215°C with a speed of 75mm/s and 15% infill cubic density in Cura 3.5. I've also added 5 layers on top and bottom for extra support. By Super Dave at DC-Concepts.

<p>If you're still using the standard sensor stands, a little cable organizer you can use.</p> <p>This thing was made with Tinkercad. ...Edit it online https://www.tinkercad.com/things/4LBbdiOJ2gX Category: 3D Printing

... solution for my additional sensor. ...Every available mount featured an adjustable angle that didn't suit my needs. The sensor itself is designed to pivot and incline equally in both directions, mirroring the movement of the original sensor's base.

This clip is virtually identical to the original one, carefully crafted to be mounted on the opposite side of the headset since that's where my PC is situated and I was fed up with the cable dangling down my back and getting tangled up. It features...

... tape. .25 layer height, .4 nozzle 2 walls, PolyMAX PLA 215°C 75mm/s 15% infill cubic (in Cura 3.5) 5 layers top, 5 layers bottom. By Super Dave at DC-Concepts. ... Print your own, but please to not sell unless you split the profits with me O-o

I noticed that the source design introduced roll in the sensors when angled, due to the mount's slight incline. As the sensors have a rectangular perspective, this results in losing some tracking area near the floor.\r\n\r\nI created the new design...

After completing my project, I managed to track down the original clips that served as inspiration: http://www.thingiverse.com/thing:1646669 ;)\nPrinting this design can be challenging due to its compact size, particularly in the area where it makes...

... 50mm diameter pipes. ...Clamping tension is achieved by utilizing cable ties. No unique print settings are necessary; printing typically proceeds without additional support required. Place the model on its side prior to printing for optimal results.

This accessory allows users to adapt its use by printing one or more components, catering to their desired functionality - whether that's attaching the base to a stable surface or crafting a clamp. Key materials required include: 1. A 5/16" dowel ...

The 1/4-20 bolts used in tripods as well as aftermarket custom bolts (like the ones I use in the pictures) are too short to reach the sensor with DRPrinting3D's wall mount. So I just made a more compatible wall mount all together. You can now use...

Lightsaber hilts meant for playing beat saber on the Oculus Quest. Probably could be cleaned up, but they definitely work. ...Has a hollow inside to insert a C-cell battery for weight and a coupling to allow for Darth Maul-style maps.

UPD1: Some people complained about a narrow gap to fit the Oculus' rim. Uploaded fs1-left_v2_2.stl and fs1-right_v2_2.stl with 2.3 mm wide opening. UPD2: Modified ear-cups v2.2 added. ... UPD3: Latest version is uploaded here:...

UPDATE 1: Some users expressed concerns about a narrow gap between the Oculus' rim and the design. In response, I uploaded fs1-left_v2_2.stl and fs1-right_v2_2.stl with an increased opening width of 2.3 mm. UPDATE 2: The latest ear-cup...

The original file was too large, so I split it in two and included a special guide to make reassembly easier.

Recommended: - Print on its side as shown in the pictures. This will result in strong hooks. - Use tree support. - Use a brim. ... - Use a wall line count of 3.

I MAKE AVAILABLE THE .OBJ FILE AND THE .STL (THE .STL FILE IS IN THE CORRECT PRINT SIZE.) AFTER MORE TESTING AND ADJUSTMENTS, I THINK I HAVE ADJUSTED THE SIZE AND SHAPE TO MATCH THE ORIGINAL PART. ... 100% FILLED TO ENSURE THE HARDNESS OF THE PART ...