ManchesterThe Wizarding World of Westminster Walking Tour
The Wizarding World of Westminster Walking Tour is a 2-hour sightseeing tour in London. £15 — 91% below the London median tour price of £175.92, across 598 priced tours. It holds a 5.0 out of 5 rating from 8 reviews. Listed under Tours & Sightseeing, History, Budget Friendly. The median tour price in London is £175.92, measured across 598 priced tours. The 25th-percentile tour price in London is £64.24, measured across 598 priced tours.
London⏱ 2 hours★5.0(8 Rating)From £15
Step into the magical heart of London, where the wizarding world hides among the landmarks of British power. This walking tour through Westminster explores the real-life filming locations and inspirations behind the Harry Potter films.
Visit the Ministry of Magic’s entrance on Great Scotland Yard, stand where Harry and Mr. Weasley used the Tube at Westminster Station, and see where Harry, Ron, and Hermione infiltrated the Ministry in Deathly Hallows.
Along the way, pass iconic sights such as Whitehall, Downing Street, Big Ben, and Westminster Bridge, where the Knight Bus raced across the Thames.
Blending film magic with real London history, the tour reveals how the world of wizards and witches intertwines with the everyday life of Muggles — right in the shadow of Parliament and the River Thames.
Key facts
- £15 — 91% below the London median tour price of £175.92, across 598 priced tours.
- 1 h 30 min — 40% shorter than the London median of 2 h 30 min, across 593 tours.
- The median tour price in London is £175.92, measured across 598 priced tours.
- The 25th-percentile tour price in London is £64.24, measured across 598 priced tours.
- The 75th-percentile tour price in London is £345, measured across 598 priced tours.
- The median tour in London runs 2 h 30 min, measured across 593 tours with a published duration.
- 98% of London's 598 categorised tours carry the "Tours & Sightseeing" tag, the most common of 18 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