ManchesterBrooklyn Seltzer Museum, Factory Tour and Tasting
Brooklyn Seltzer Museum, Factory Tour and Tasting is a 1-hour sightseeing tour in Manchester. £19.22 — 77% below the Manchester median tour price of £84.20, across 476 priced tours. It holds a 5.0 out of 5 rating from 3 reviews. Listed under Arts & Culture, History, Tours & Sightseeing, Classes & Workshops. The median tour price in Manchester is £84.20, measured across 476 priced tours. The 25th-percentile tour price in Manchester is £45.54, measured across 476 priced tours.
Manchester⏱ 1 hour★5.0(3 Rating)From £19
Begin an 80-minute visit at the museum, exploring century-old machinery, vintage glass bottles, engaging exhibits, and a digital scavenger hunt. Tour the factory to see how a modern seltzer business operates using 100-year-old equipment, and enjoy the chance to spray loved ones with seltzer. Return to the museum for additional fun with a wooden puzzle channel, a selfie station, and unlimited seltzer and egg cream at the bar. Conclude the experience with a visit to the store, offering unique seltzer-themed and museum-themed merchandise such as t-shirts, egg cream kits, books, pins, and stickers—perfect for gifts. This interactive and nostalgic journey provides a glimpse into the history and charm of seltzer-making in a modern context.
Key facts
- £19.22 — 77% below the Manchester median tour price of £84.20, across 476 priced tours.
- 1 h 20 min — 33% shorter than the Manchester median of 2 h, across 476 tours.
- The median tour price in Manchester is £84.20, measured across 476 priced tours.
- The 25th-percentile tour price in Manchester is £45.54, measured across 476 priced tours.
- The 75th-percentile tour price in Manchester is £160.24, measured across 476 priced tours.
- The median tour in Manchester runs 2 h, measured across 476 tours with a published duration.
- 98% of Manchester's 476 categorised tours carry the "Tours & Sightseeing" tag, the most common of 14 categories in the city.
Figures are computed from our own dataset at build time; each line states the sample it is based on. How we calculate these