Hands on with the Oculus Rift

Virtual Reality is very fascinating to me. For one, its both a brand new technology given our current state of hardware that makes it possible AND also old as heck. I remember playing “Dactyl Nightmare” back before I graduated high school 20 years ago.


It’s now 2016, and the difference between then and now is that we seem poised to get VR in the hands of everyone. Both high end VR experiences because of powerful graphics cards and computers, and lower end VR experiences because everyone has a cellphone and Google Cardboard  is virtually free.

Besides the coolness factor, I’m interested in VR because early adopters and developers have the opportunity to invent a medium, but more specifically for user experience nerds like myself, we have the opportunity to re-invent many user interface paradigms. We can even question the whole notion of traditional user interfaces in general.

Before we get deep into using VR, I want to cover one possible way consumers have to experience it right now. There are a few.

The HTC Vive is one and offers a pretty stellar experience. It’s inclusion of hand tracking allows users to reach out and touch virtual objects. You may be surprised at how much lack of seeing your own body detracts from the experience. When you look down and don’t see your chest and feet or reach out to try to touch something and don’t see your hands it feels a bit uneasy.

The Vive also offers a bigger area to roam around. There’s quite a bit to set up here – but once you put the positional trackers in the corners of your room, VR experiences can track your body moving through a wide area giving you more freedom to virtually move around.

Additionally (and apparently not well advertised because a co-worker just told me), the Vive has a front facing camera which can create a form of Augmented Reality (although future AR promises to be way cooler than having to look through a camera to see the real world).

Other than the Vive, the major player are the Oculus Rift, the Gear VR, and Google Cardboard. I won’t get into the latter two, because I unfortunately haven’t had the pleasure of using the Gear, and the Cardboard…well, it’s nifty, not the best, and you can easily use it today with really no cost if you have a smartphone. I highly recommend trying it, but don’t think for a second Cardboard is as good as VR gets.

I was pretty psyched for VR back when the Oculus Rift was a Kickstarter campaign, before Facebook bought them. So, I backed both the development kits (the DK1 and DK2). Imagine my surprise when I found out that I’d get the Consumer version (CV1) for free!

Well, its been delivered and shipped and setup at my apartment. One major problem I had was that my slim Yoga 2 Windows laptop didn’t even come close to the minimum specs noted on the Rift. So my first task was to build a desktop gaming computer for myself. I spent around $820 to build it out – meeting (not really exceeding) their specs. I’ll put my parts list at the end of this post. This is all on top of the $600 most people will have to pay for the Rift itself. Unfortunately, its certainly not a casual purchase yet. The price, coupled with the fact that people won’t see the value without being able to experience it first means that adoption might be a bit difficult.

So with a fresh pair of eyes, before we get deep into specific games and experiences. Let me show you what you get when you buy the Oculus Rift CV1.


First, the headset:



The headset is the main piece of equipment you’d expect for VR. There’s a few more pieces I’ll get into after talking about the headset. I don’t want to get too far into specs and numbers that you can lookup elsewhere, but I do want to mention a few things.

First, the screen door effect. It doesn’t seem to exist. That’s awesome! The so called screen door effect can be seen in older versions of the Rift. In the DK1 and 2, it used to be that you could see the black grid between the pixels because the screen was so close to your face. It was almost as if you were looking through a screen door to see VR. To be fair, some have said you can still see the effect on the new Rift if you squint hard enough – but honestly, I think the Rift’s new resolution is pretty awesome.

Another critique of the older Rift was that headtracking could be slow. When your head movement doesn’t match the rate of the 3D scene movement, this can be disconcerting even if off by a miniscule amount. It commonly leads to feeling a bit nauseous. To be honest, I never really had that problem with the DK2. It felt fine for the most part, and when it didn’t, it was most likely a sub par application. Of course with the new Rift, headtracking STILL seems perfect to me, and also in every experience. This may be due to Oculus firming up their SDK for release. When everyone runs the same code and everyone uses the same head tracking, its probably more consistent.

Another nice attention to detail is the head sensor on the rift. When you put the Rift on, it turns on automatically (likewise when you take it off). Here’s an inside shot of the Rift – the sensor is centered above the lenses.


The new Rift for me has all the promise of the old Rift, and none of the more prominent pitfalls. Of course that’s a big statement. As we get more used to VR and what it offers we’ll most likely see problems with any given platform that we never anticipated – and “no pitfalls” will turn into “many pitfalls”.

One of those pitfalls on the horizon is input. Seeing and experiencing VR is great and all, but we need to interact with our virtual world. How we do this is a main differentiating feature of the major players. The Vive’s world is room scale, which means you can roam around a pre-defined space much larger than the not-much-more-than-standing space the Rift affords you. The Vive also offers hand tracking which means you can ever so clumsily use your real hands (each gripping a controller) in the virtual world.

The Rift is rumored to offer both of these features soon, but what does it have now? Well here it is…all the extra stuff shipping with it (OK fine it comes with a lens cleaner and handy carrying case too, not pictured):

Body Tracking


So, this little guy you’d mount on your desk or somewhere reasonably high and point it at where you intend to use your Rift. It’s camera-ish….meaning I don’t know if it’s technically a real RGB camera, whether it uses depth sensing, if it’s simple infrared, or really what it is. But it certainly does track your body movement well. This means when you lean or move around in your small space, your movements are reflected in the virtual world. It sounds like a small thing, but the older Rift didn’t have it, and your ability to move felt very rigid and limited.

Input Devices (for now)

IMG_20160508_192538 (1)

Two input devices ship with the Rift. The controller is what it appears – an XBOX controller. It almost feels like a copout! But I guess until we get imaginative enough with our VR experiences (like the Vive is starting to do), we’ll have to settle for treating VR content like our old school consoles for now.

Pictured to the left is a simpler controller. Its most likely powered by a watch battery and I can’t really tell how it connects – I guess it’s probably Bluetooth? Either way, its a simple remote. Most of the experiences I’ve seen (that don’t rely on the XBOX controller) don’t use more than the central button that you’d press with your thumb.

And that brings us to actually using the thing. What kinds of experiences does it offer? Well, for absolute starters, you can check out the “Dream Deck” These are example short experiences that give you a good feel for what’s possible. To navigate through them, you basically point your face (with a dot for a cursor) at the menu item you want and press the main button on your clicker.

Sound archaic? Yeah, it kind of is – but again: room to improve and invent! This post is getting a bit long, so I’ll cover the Dream Deck in another one.

 Also, as promised, here’s my parts list for the Windows desktop I built to accommodate this. My disclaimer is that I’ve never really cared to build a gaming machine – so I don’t know how mine compares to any other gamer’s machine. I also know that the parts I bought meet the minimum of what Oculus recommends. I ALSO bought them as a package from newegg.com because buying separate components that may or may not work together stressed me out.

Fractal Design Core 1000 USB 3.0 Cases FD-CA-CORE-1000-USB3-BL

Intel Core i5-6500 6M Skylake Quad-Core 3.2 GHz LGA 1151 65W BX80662I56500 Desktop Processor Intel HD Graphics 530

Optical Drive:
LITE-ON DVD Burner SATA Model iHAS124-14 – OEM

GIGABYTE GA-H110M-A (rev. 1.0) LGA 1151 Intel H110 HDMI SATA 6Gb/s USB 3.0 Micro ATX Intel Motherboard


CORSAIR ValueSelect 8GB 288-Pin DDR4 SDRAM DDR4 2133 (PC4 17000) Desktop Memory Model CMV8GX4M1A2133C15

Microsoft Windows 10 Home – 64-bit – OEM

Power Supply:
EVGA 100-W1-500-KR 500W ATX12V / EPS12V 80 PLUS Certified Active PFC Continuous Power Supply Intel 4th Gen CPU …

ADATA Premier SP550 2.5″ 240GB SATA III TLC Internal Solid State Drive (SSD) ASP550SS3-240GM-C

ZOTAC GeForce GTX 970 4GB

4 thoughts on “Hands on with the Oculus Rift”

  1. Nice man! I’m starting to get into VR for similar reasons; I’m excited by the fact it’s a whole new frontier for UX, and we have an opportunity to learn and explore and get all sorts of shit wrong before we start getting it right!

    Regarding your VR build, I just got back into building PCs after a 12-year hiatus, because I realized nothing I owned came close to meeting the minimum specs. Intimidating to be sure, but there are lots of resources out there. PCPartPicker has been a lifesaver for picking out parts and ensuring compatibility. Part of me wants to take up the hobby of building VR PCs for UX designers so we can all experience this new design space.

    Your rig is well-specc’d for current demands and that’s a good price! Going forward, if things start to feel pokey you’ll get the most bang-for-your buck with an upgraded graphics card. Nividia just announced their Pascal line, which supercedes the 980 Ti and Titan X as the kings-of-the-hill, so prices across the board should drop over the next few months.

    Just make sure your case can accommodate the length of your new card and your power supply can handle the extra wattage. PCPartPicker has a great compatibility feature that automatically detects potential issues like this when you assemble a parts list.

    1. Hehe, yah what I didn’t say is that I already upgraded it a bit with another 8gb of RAM and a normal 1TB HDD. Brings up a complaint though that I forgot to say….and that is (right now, prob not in the future) the OculusRift store/software only allows install of itself and any games on the C drive, which is my smaller SSD. Lots of folks are complaining, so hopefully it’s addressed soon! I dig your idea of creating VR PCs for everyone…do it!

  2. Oh nice! Those upgrades will definitely give you a bit more headroom. Bummer about the C drive thing… that’s a weird constraint, and it flies in the trend of having a small boot-only SSD and a ginormous storage drive.

    Since you’re clearly comfortable opening the hood on your PC, keep an eye on the pricing of those 980s and (new!) 1080s and pick one up when it feels right and proper.

    I’ll share pics of my “Princebox” when it’s done! I got the BIOS to post and installed Windows 10, but that was just a smoke test to make sure all my components worked together. Literally built it on the table like a Frankensteinian monster. Now I’ve gotta pack it into its case and make it look stylish, and that’s going to involve a couple hours of cable management.

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