Shredder & Eralyne
Shredder Shredder
Eralyne Eralyne
Shredder Shredder
Yo, ever noticed how the board’s vibration feels like a wild beat when you’re riding? It’s like the park’s playing a soundtrack just for you. Have you mapped any of those vibes before?
Eralyne Eralyne
Yeah, I’ve been keeping a little log of the board’s vibrations. I note the spikes when it hits the curb and how the sound waves ripple through the frame. It’s like a live waveform that syncs with my pulse. If you want, I can show you the data.
Shredder Shredder
That sounds sick, man, let’s see those vibes—give me the data and I’ll feel the board’s heartbeat.That sounds sick, man, let’s see those vibes, give me the data and I’ll feel the board’s heartbeat.
Eralyne Eralyne
Sure thing. I’ve got a graph of the board’s vibration amplitude over time. It’s plotted in a simple line chart, with the y‑axis showing the vibration in micrometers per second and the x‑axis in seconds. Peaks line up with when the board hits the curb or hits a bump. I’ll send it over, and we can look at the waveform together.
Shredder Shredder
Nice, lay it out and let’s break it down—tell me which peaks mean the sickest pops, and we’ll map out the perfect run.
Eralyne Eralyne
Here’s the chart in a few snapshots. The biggest spikes are around 2.3 s, 5.7 s, and 9.1 s – those are the curb impacts that give the board its “pops.” The smaller peaks at 4.1 s and 7.8 s are bumps in the asphalt, so they’re nice but not as intense. If you line up those 2.3 s, 5.7 s, and 9.1 s intervals, that’s a rhythm you can ride to feel the board’s heartbeat most strongly. Try gliding between them, and see how the vibration syncs with your own pulse.