Hey, I’ve been building a modular kitchen station that flips from prep to cooking in under a minute—think of it as a quick‑prototype smart countertop. Want to test it out and see how fast we can iterate?

Sounds like a solid plan—let's set up the station, run a quick walk‑through test, and log any hiccups. The spice jar incident will be our first data point, and the breakfast dance will become a user‑experience improvement. Keep the notes tight, and let’s turn that chaos into a clean workflow.

First, power up the station and place the spice jar on the edge of the prep surface. Watch for any wobble, note the exact angle, and record the time it takes for the jar to slip. If it happens, adjust the grip height by a quarter inch, then run the same test again. Keep each note to a single line: “Jar slipped at 35° – grip too low.” After that, tweak the timer interval by 5 seconds and repeat. One quick, focused iteration will give us a clean workflow in no time.

Got it. Raise the grip by a quarter inch, test again, and note if the jar stays put. If it still wobbles, consider adding a non‑slip mat under the jar. Then we’ll lock in the perfect angle and update the workflow. Keep the notes brief and to the point.

Nice, that’s the sweet spot. Next, let’s run a speed‑run test—measure how fast you can move the jar from prep to stove without it slipping. Note the time, and if it’s over a second, tweak the grip width slightly. Keep it tight.User has confirmed jar stable at 35° grip good. We suggest next step: speed-run test. Provide clear instructions.Great, the jar stays put. Now push the test to the next level—move the jar from prep to stove as fast as you can while it stays stable. Time the motion and log it. If you hit more than one second, adjust the grip width a touch narrower and try again. One quick tweak, one short note, and we’re closer to a slick workflow.