What You Need To Know Before Watching Quick Read Film Six Six Six Unpacking The 2017 Music Video That Broke The Internet
The 2017 music video from the band Six Six Six caused a significant amount of noise across social media platforms and film forums. I remember seeing it come up repeatedly on Reddit and YouTube comments when I was doing research on viral music video breakdowns. People kept calling it something that "broke the internet," which is a phrase that gets thrown around a lot these days. But there was actually something specific about the technical execution that made it worth studying. The video uses a particular kind of rapid-cut editing technique combined with what the production team called a "one-second storyboard" workflow. Instead of creating traditional storyboards with multiple frames per scene, the director's team generated a single frame for every second of the final cut. That sounds like less work, but it actually required more upfront planning because each frame had to carry the entire visual weight of its corresponding second of audio. The band had originally planned a 3-minute piece, which meant 180 individual storyboard images that all had to align tightly with the musical beats. When the video started spreading, the main discussion point was the inverted color grading in the second movement. I spent about two hours trying to get the color values right when I was reverse-engineering the look for a comparison project. Standard scopes don't help much here because the highlights aren't clipping in the normal way. What actually worked was pulling the video through a DaVinci Resolve node chain and measuring the RGB paramester curves rather than relying on the waveform monitor alone. The colors were pushed so far that the red channel read nearly 1.4 times normal in certain frames, which threw off every automatic correction tool I tried.
The editing in the middle section follows a deliberate mathematical pattern. Every 17 seconds there is a micro-silence where the audio drops for exactly 0.3 seconds before cutting back in. This creates a disorienting effect that most viewers notice subconsciously but can't quite pin down. I found the pattern by exporting the audio track as a WAV file and looking at the amplitude envelope in Audition. The dip shows up as a clean rectangular notch, which makes it easy to mark and count. Once you know it is there, you will start hearing it in everything you watch. If you are looking to download or view the original video, it is still available on YouTube under the official Six Six Six channel. The upload date was June 14, 2017. Several film analysis channels have also posted frame-by-frame breakdowns that are worth watching if you want to see the editing choices laid out visually. I would avoid re-uploads on unofficial channels because the compression ruins the detail in those high-contrast color sections, and you lose the ability to study the actual shot composition. One thing that trips people up when they try to recreate this look is the assumption that it was done in post. The practical lighting rig on set used a combination of ARRI Skypanel S60-Cs and a number of vintage fluorescent tubes sourced from a theater supply company. The fluorescent tubes were the key element. Their flicker characteristics at 50Hz interacted with the camera shutter angle to create a subtle strobe effect that digital grading alone cannot replicate convincingly. I tried replicating it with an oscillation plugin in After Effects, and the result looked flat next to the original. The analog imperfection of real tube flicker is almost invisible but noticeable once you have seen it side by side.
The camera work itself was shot on a RED Weapon Helium at 4K 24fps with 179-degree shutter angle, which gives those slightly longer motion trails during the faster cuts. If you slow down any of the handheld tracking shots, you can see that the camera operator was using a Steadicam rig with a counterweight setup that was balanced specifically for tight corridor spaces. The production moved through several locations in an abandoned warehouse district in South London, and the narrow passages dictated the lens choices more than anything else. Almost every shot uses either a 24mm or a 35mm prime, with the occasional push-in on a 50mm for emotional emphasis moments. There is a notable audio design choice that deserves mention. The track itself was recorded at 48kHz/24-bit, but the video mix runs the final stereo width beyond what most consumer speakers can reproduce cleanly. I ran the audio through a mid-side decoder and found that the side channel contains nearly as much energy as the mid channel during the chorus sections. This means if you are watching on headphones, the stereo field feels unusually wide and somewhat chaotic. On a TV speaker or laptop, it collapses into mono territory and loses much of the intended impact. It is not a mixing error. It is a creative decision that favors headphone listeners, which is fair enough given how most people consume music videos today. The visual effects budget for this project was relatively small compared to other videos from the same period. The team relied heavily on practical in-camera effects like double exposure layering and in-practice matte painting through the camera lens. There are no CGI dragons or particle simulations here. What you see in the final frame of the last minute is a combination of three separate live-action takes composited in camera using a reflector rig and a large sheet of glass placed between the lens and the subject. The reflection was filmed separately and then aligned by hand during the shoot. This approach limits you in terms of flexibility, but it produces textures and depth that software compositing struggles to match. I have seen too many modern music videos that look polished but feel empty, and this one avoids that problem largely because the layers are physically real.
Get the Full Details
For anyone who wants to dig into the technical side further, the director posted a brief behind-the-scenes breakdown on their personal site in 2018. It covers the lens list, camera settings, and the editing software they used, which was Avid Media Composer with some manual frame editing. They did not release the project files publicly, so the breakdown is about as detailed as most directors will get. There is also a short podcast episode from 2019 where the colorist discusses the inverted grading approach, which I found more useful than anything written about the topic. The podcast link circulates on various film forums and is worth seeking out if you are interested in the post-production workflow specifically. The main takeaway from looking at this video is that the viral attention it received was not just about shock value or controversy. The technical decisions were coherent and intentional, even if some of them created real problems during production. The inverted colors required careful monitoring on set because the DIT could not rely on standard LUTs to judge exposure. The one-second storyboard method saved time in pre-production but increased pressure during the edit because there was no intermediate rough cut to fall back on. The team had to assemble the edit from scratch using the storyboards as the primary reference, which is unusual. I have spent a fair amount of time studying music videos from the mid-2010s, and this one stands out not because it was perfect but because it made clear choices and stuck to them. That is rarer than people realize. Many videos chase trends in post-production and end up looking like every other video on the platform. This one had a specific visual language from the first frame to the last, and the audience responded to that consistency even if they could not articulate why. The internet noise was partly about the imagery, but it was also about the fact that the video felt like it had a point of view rather than just filling time with fast cuts and saturated colors.
