ManchesterGolf Cart Tour Panoramic Michelangelo in the Florence Hills
Golf Cart Tour Panoramic Michelangelo in the Florence Hills is a 2-hour sightseeing tour in Florence. £69.01 — 57% below the Florence median tour price of £159.59, across 593 priced tours. It holds a 5.0 out of 5 rating from 2 reviews. Listed under Tours & Sightseeing, Outdoor Activities, Food & Drink, History. The median tour price in Florence is £159.59, measured across 593 priced tours. The 25th-percentile tour price in Florence is £94.03, measured across 593 priced tours.
Florence⏱ 2 hours★5.0(2 Rating)From £69
This is not the usual sightseeing tour in the busy centre: it is a private and exclusive tour aboard a stylish and comfortable Alba DA 6 seater electric golf cart. Far from the busy UNESCO roads, you will discover the panoramic Florence of the hills, among romantic gardens, historic villas and spectacular views. You will follow in the footsteps of Galileo Galilei, visiting from outside the places where he lived and worked, listening to stories that combine science, art and everyday life. Each stop is designed to give you unforgettable photos and exclusive moments of storytelling. It is the ideal experience for those looking for something unique: combining nature, culture and views in a silent, sustainable and away from the crowds tour.
Key facts
- £69.01 — 57% below the Florence median tour price of £159.59, across 593 priced tours.
- 1 h 30 min — 50% shorter than the Florence median of 3 h, across 591 tours.
- The median tour price in Florence is £159.59, measured across 593 priced tours.
- The 25th-percentile tour price in Florence is £94.03, measured across 593 priced tours.
- The 75th-percentile tour price in Florence is £301.92, measured across 593 priced tours.
- The median tour in Florence runs 3 h, measured across 591 tours with a published duration.
- 97% of Florence's 593 categorised tours carry the "Tours & Sightseeing" tag, the most common of 16 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