Red · Kent · United Kingdom
Simpsons Rabbit Hole Pinot Noir
Scored from 684 calibrated Vivino reviewers, each re-centered on their own rating baseline before the bottle is ranked. Cohort: Red · United Kingdom (3 wines).
Find this wine: view on Vivino · compare prices on Wine-Searcher
What reviewers say
“Medelröd-. Genomskinlig-. Medelfylligt-, lent+, syrligt-, torrt+. D: Ek, vanilj, smultron, mörka körsbär, rök, lingon, unga plommon, unga björnbär, vildhallon, röda vinbär, kaffebönor, sumac, kanel, tryffel, nyponsoppa.”
From a top-rated Vivino review for this bottle.
Summary
Deep crimson in colour with redcurrant, blueberry and exotic spice aromas, the silky tannins are complimented by black fruit flavours and undertones of freshly ground coffee.
Simpsons Rabbit Hole Pinot Noir is a British red from Kent.
The cohort it is ranked inside holds 3 British reds. 684 Vivino reviewers rate with enough spread for a personal baseline to be measured, and those are the ones the calibrated score reads; a separate, broader pool of 693 reviewers with at least two ratings each feeds the raw-average track.
How the score was built
We compare the reviewers of this bottle against every other wine those same people reviewed. Each review is scored relative to the reviewer's own baseline — four stars from someone who hands out fives means something very different from four stars from someone who rarely goes above three. Every reviewer then counts the same, so the result is a calibrated consensus rather than a star average.
- Global percentile
- Where Simpsons Rabbit Hole Pinot Noir lands against every wine we rank.
- In-cohort percentile
- The same comparison narrowed to its cohort — wines of the same type from the same country. A Chilean red is judged against Chilean reds, not against Champagne. Ranked against Red · United Kingdom (3 wines).
- AI-adjusted percentile
- The same reviewer-normalized score, corrected for how much confidence the sample supports: thin samples are pulled toward the corpus average. Each wine keeps the share n / (n + 53) of its measured distance from the average, where n is its calibrated-reviewer count, and the result is ranked on the same scale as the global percentile.53 is the median sample size across everything we rank. Here n is 684.
