ManchesterNew York: Madame Tussauds Wax Museum and 24hr Hop-on Hop-off Tour
New York: Madame Tussauds Wax Museum and 24hr Hop-on Hop-off Tour is a 2-hour sightseeing tour in New York. £65.35 — 14% below the New York median tour price of £76.12, across 542 priced tours. It holds a 5.0 out of 5 rating from 1 reviews. Listed under Classes & Workshops, Tours & Sightseeing, Outdoor Activities, History. The median tour price in New York is £76.12, measured across 542 priced tours.
New York⏱ 2 hours★5.0(1 Rating)From £65
Discover NYC like never before with the ultimate combo ticket that brings together two of the city’s most iconic experiences—get starstruck at Madame Tussauds New York, where you can snap selfies with world-famous celebs like Lady Gaga, Marilyn Monroe, Bad Bunny, and more. Then dive into immersive exhibits that bring you closer to the worlds of entertainment, fashion, sports, and history.
Then see the Big Apple from a new perspective aboard a Big Bus open-top sightseeing tour. Explore the city with 13 convenient stops to hop on or hop off at your own pace at major landmarks like the Statue of Liberty, Empire State Building, and 9/11 Memorial. Experience the city from the heights of an open-top double decker and hear the history and hidden stories with our digital commentary available in multiple languages.
Key facts
- £65.35 — 14% below the New York median tour price of £76.12, across 542 priced tours.
- 1 h 30 min — 25% shorter than the New York median of 2 h, across 541 tours.
- The median tour price in New York is £76.12, measured across 542 priced tours.
- The 25th-percentile tour price in New York is £38.44, measured across 542 priced tours.
- The 75th-percentile tour price in New York is £192.22, measured across 542 priced tours.
- The median tour in New York runs 2 h, measured across 541 tours with a published duration.
- 98% of New York's 542 categorised tours carry the "Tours & Sightseeing" tag, the most common of 19 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