I Turned My Starter Into a Rubber Ball — The 3‑Day Fix That Actually Brought It Back
\# A Small Guide — a “treatise” — on How I Acid‑Locked My Starter and Got It Back
I’m writing this because I misunderstood what hooch meant, and that’s what pushed my starter into acid lock. This is the short, accurate version of what actually happened and what finally fixed it.
\## \*\*How it started\*\*
I had left my starter in the refrigerator too long, and hooch formed. I had read somewhere that stirring hooch back in “makes it more sour,” so I went through \*\*three feedings\*\* where hooch appeared, and each time I stirred it back in. I didn’t know that hooch is actually a sign of hunger — it means the starter has run out of food and the acidity is climbing. Stirring it in each time just dumped all that acidity back into the culture.
\## \*\*The feed I was using — and how I got it back\*\*
During the days when the starter went wrong, I was feeding it:
\- \*\*50 g starter\*\*
\- \*\*100 g flour\*\* (Sams bread flour)
\- \*\*150–160 g water\*\* (WM spring water, warm)
It mixed thin, like pancake batter. At first it behaved normally — it rose, doubled, and fell — but after I stirred hooch back in during three separate feedings, the acidity spiked and the starter began collapsing into a \*\*rubbery, glossy, silly‑putty ball\*\* after each fall. The smell never turned sharp or acidic — it always smelled yeasty — but the texture told the real story. That’s when I knew it was acid‑locked.
\## \*\*What finally fixed it\*\*
I switched to a smaller, thicker feed and followed the same recovery routine for \*\*three full days\*\*:
\### \*\*Each day’s feed\*\*
\- \*\*20 g starter\*\*
\- \*\*40 g flour\*\*
\- \*\*40–60 g water\*\*
\### \*\*Timing\*\*
I fed it \*\*once every 12–24 hours\*\*, depending on how it looked.
If it showed bubbles or a small rise, I waited closer to 24 hours.
If it just sat there thick and quiet, I fed it closer to 12 hours.
\### \*\*What happened during those three days\*\*
\- The rubbery, glossy texture \*\*softened\*\*
\- The silly‑putty stretchiness \*\*disappeared\*\*
\- The surface turned \*\*matte instead of shiny\*\*
\- Tiny bubbles returned
\- The smell stayed yeasty the whole time
\- And by the end of day three, it finally showed a \*\*small rise\*\*
\### \*\*Why it worked\*\*
Those three days of 20/40/40–60 feeds slowly \*\*diluted the excess acid\*\* that had built up.
The fresh flour absorbed the acidity, the gluten rebuilt, and the yeast finally had a low‑acid environment where they could wake back up.
That three‑day stretch was the turning point — that’s when the starter came back to life.
\## \*\*The last 24 hours (the part that matters now)\*\*
Yesterday I fed it:
\- \*\*50 g starter\*\*
\- \*\*100 g flour\*\*
\- \*\*100 g water\*\*
It mixed stiff, slumped in the flask, softened, leveled out, rose, doubled, and fell — all normal. That told me the starter was fully recovered.
Today at 5 PM, I fed it:
\- \*\*50 g starter\*\*
\- \*\*100 g flour\*\*
\- \*\*150 g water\*\*
I let it sit an hour, then put it in the refrigerator. It’s resting overnight and will be ready to warm up and bake with tomorrow.
\## \*\*Why I’m sharing this\*\*
I’m not presenting this as expert advice. This is just the exact path I took to get my starter out of acid lock after misunderstanding what hooch meant. If someone else has a starter that rises once and then collapses into rubber, maybe this will give them a clearer starting point than I had.
\## \*\*Your turn\*\*
\*\*Have you ever acid‑locked a starter? What caused it, and what did you do to bring it back?\*\*
I’d really like to hear how other people fixed theirs — especially if your starter did the same rubber‑ball collapse mine did.