oculus sensor 3d models

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

If you're sticking to basic sensor holders, consider adding a cable management system. ...You can design one yourself using Tinkercad and edit it directly from their website at https://www.tinkercad.com/things/4LBbdiOJ2gX.

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 from scratch (primarily for fun), with the primary difference being no incline in the snap fit. ...I also added a...

... ...It turned out amazing, is incredibly strong, and features a clever design where you can simply unscrew the base from the sensor and push it into the bracket with just the right amount of give - allowing for easy positioning without being too loose.

It turned out extremely well, is incredibly sturdy and you can simply unscrew the base from the sensor and push it into the bracket with just enough give to allow for easy positioning without any looseness. I printed these at a layer height of...

With the sensors having a rectangular perspective, this means you lose a little bit of tracking area near the floor. I designed it from scratch (mostly for fun), with the main difference being that there is no incline in the snap fit. ...I also added a...

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

I liked DRPrinting3D sensor wall mount (https://www.thingiverse.com/thing:2365762) however the space between the bottom of the sensors threaded stem and where the bolt goes in through the wall mount was too long for most camera mounting bolts to...

I made this mount quickly after receiving the shipping mail for my Oculus Touch. 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...

... ... Gets the Sensors off the table. Use Command Strips or 3M Double side 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.

Just lift the Sensors off the table and get them out of the way. Use Command Strips or 3M Double-sided tape to secure them. 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%...

I'll be using my Oculus Rift directly in front of my laptop, positioning the sensor at the top of the screen allows for maximum desktop real estate utilization.

The cable can be routed between the teeth to adjust the left and right angle. ... All you have to do is drill out the hole with an 8.3mm drill bit so that the sensor sits perfectly.

This design supports sensors either right side up or upside down, and they work incredibly well. To keep them securely attached to the wall, I use thumbtacks - it's a simple yet effective solution that works like a charm. ... Print Settings Printer:...

I created these for my friend, who likes the ball and socket design but wanted to mount his sensors to the ceiling without printing too much plastic. I redesigned the socket from scratch, following the original design closely. I used the same ball,...

Added mounts for screws

Here's a shorter design based on thing #2539052 from Thingiverse. Printing this model takes about 1 hour and 47 minutes. ... Next time I make another one, I'll add a holder for the cable.

A buddy of mine crafted a slimmer variant of that [design](https://www.thingiverse.com/thing:2197678) to fit my LG 34UC98 monitor perfectly. ...The monitor's dimensions reveal it has approximately 16.6mm thickness, and this mount was created at 17mm...

I'm giving this away for free, but I appreciate it if you'd like to show your appreciation with a donation or tip through PayPal at https://www.paypal.me/defnot4beer.

Sensor mount for the Oculus Rift CV1 sensor. Ball pivot for directional fine tuning. Category: Computer

Sensor Mount for Enhanced Oculus Rift Experience The Oculus Rift CV1 sensor requires a secure and adjustable mounting system to ensure optimal performance. To achieve precise directional fine-tuning, a ball pivot mechanism is integrated into the...

For setting up an optimal roomscale setup, check out these tips from Oculus: https://www.oculus.com/blog/oculus-roomscale-tips-for-setting-up-a-killer-vr-room/ To visualize and fine-tune sensor placement and coverage within VR, I recommend using...

This is a custom-designed ceiling mount for Oculus Rift CV1 sensors that can be securely fastened to any ceiling surface using either screws or adhesive tapes like glue for a more versatile and temporary setup. ...I created this unique design because I...

I opted for a ceiling mount for my Rift CV1 sensors, but couldn't locate any pre-made options, so I took matters into my own hands and created a custom sensor mount that attaches securely to the ceiling.

The source now has a passage created specifically for the sensor to insert itself into, allowing for seamless interaction. Additionally, I fortified the bond between the primary components, ensuring a robust and reliable union. ...Furthermore, all...

A sleek new design for a wall mount allows users to neatly route their USB cable directly through the sensor holder's rear opening, keeping cords organized and out of sight. ...An upgraded version, V2, is now available on Thingiverse at...

This mount was designed specifically to accommodate my sensor on the edges of my monitors. My setup includes an ASUS PB287Q monitor, but this design may also work with other models. Print Settings Printer Brand: Ultimaker Printer: Ultimaker 2 ...

For standard setups featuring two sensors, simply print two wall mounts and one of each holder type. ... For optimal results, I recommend printing this design on its side as depicted in the provided image, using supports for added structural integrity.

The base part has two versions: one with a smooth inner wall and another featuring ridges to prevent the cover from sliding off my downward angled sensors. If the ridges are too tight, please use the base_noridges version. I may remix this design...