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Nintendo Switch Sports Resort trailer: where the predicted brain response peaks
We ran the Nintendo Switch Sports Resort launch trailer, Nintendo of America's own 1:19 upload, through v2neuro, a brain-encoding model trained on fMRI recordings. It returns a predicted brain response for every second of the clip and names the brain system that leads at each one. Two seconds carry the scan: the predicted response peaks at 0:12, led by the color object system, and it falls fastest from 0:54 to 0:57. The model predicts a group-average response to the clip. It does not measure anyone watching.
The opening sits below the clip's own line
For the first three seconds the predicted brain response sits below the trailer's own median. The curve opens under the level the clip later holds, then climbs. In plain terms, Switch Sports Resort spends its first stretch beneath the line it could have started on.
That shape is common. We found the same below-median opening in a 47-point owner scan when we broke down <a href="https://neuro-viral.com/blog/how-to-write-a-video-hook">how to write a video hook</a>: the first three seconds opened under the clip's median before the curve climbed. Here the climb is steep, and it does not stop until the peak twelve seconds in.
The peak lands at 0:12, in the color object system
The strongest predicted brain response in the whole trailer lands at 0:12. The color object system leads that second, the part of the model's cortical map that tracks distinct objects and colour.
So the single highest second of this scan is a colour-and-object second, not a motion or audio one. If you are reading the trailer's structure from the curve, 0:12 is the anchor: the predicted response builds through the opening and tops out there before settling into the middle of the clip.
Reading the peak against other trailers
Different clips peak in different systems and at different seconds. The <a href="https://neuro-viral.com/blog/cyberpunk-2077-trailer-brain-response-analysis">Cyberpunk 2077 Edgerunners 2 trailer scan</a> and the <a href="https://neuro-viral.com/blog/lanterns-trailer-brain-response-analysis">Lanterns trailer scan</a> each place their highest predicted second somewhere else entirely. The useful habit is to find your own clip's peak second and the system behind it, rather than copying a number from another video.
The steepest fall runs 0:54 to 0:57
After the middle of the trailer, the predicted brain response drops. The steepest fall of the whole clip runs from 0:54 to 0:57, three seconds where the curve loses the most ground.
That window is the clearest structural fact in the back half of the scan. It tells you where the predicted response is giving up the most altitude, second by second, so if you were studying the cut you would look at what changes across those three seconds first.
What the scan says, and what it does not
Three facts hold the scan together: the first three seconds open below the clip's median, the predicted brain response peaks at 0:12 in the color object system, and it falls steepest from 0:54 to 0:57. Every number comes from the per-second curve for this one trailer.
v2neuro predicts a group-average cortical response to the clip and names the leading brain system each second. It does not watch a viewer, and it does not say how the trailer will do after it goes out. Press play on the viewer above to follow the curve against Nintendo's own upload, second by second.
Frequently asked questions
Where does the predicted brain response peak in the Switch Sports Resort trailer?
The strongest predicted brain response lands at 0:12, led by the color object system, the part of v2neuro's cortical map that tracks distinct objects and colour.
What happens in the opening three seconds?
For the first three seconds the predicted brain response sits below the trailer's own median level, then climbs toward the peak at 0:12.
Where does the predicted response fall most?
The steepest fall of the clip runs from 0:54 to 0:57, the three seconds where the per-second curve loses the most ground.
Does v2neuro measure how people react to the trailer?
No. v2neuro is a brain-encoding model trained on fMRI recordings. It predicts a group-average cortical response to the clip second by second. It does not watch any viewer, and it does not say how the trailer will do after it goes out.
Related reading: how to test video ads before you launch · what makes a video hook work?.
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