Florence Electric Bike Rentals
Florence Electric Bike Rentals is a 2-hour sightseeing tour in Florence. £12.94 — 92% 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, History, Food & Drink, Outdoor Activities. 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 £13

Florence is where Renaissance charm meets modern vibes, and there’s no better way to explore it than on an e-bike! Glide along the scenic banks of the Arno River, effortlessly cruising between the city's iconic sites. Pedal your way around the stunning Cathedral, then cross the river to discover the local side of Florence, filled with hidden gems and local favorites. Ride through the lush gardens of Cascine Park, or venture further into the peaceful hills surrounding the city.
Escape the crowds, soak in breathtaking views of the Tuscan countryside, and explore at your own pace. Renting an e-bike is the fun, eco-friendly way to dive into all the beauty Florence has to offer! Cruise through its charming cobbled streets and iconic landmarks with ease, covering more ground without breaking a sweat.
Key facts
- £12.94 — 92% below the Florence median tour price of £159.59, across 593 priced tours.
- 2 h — 33% 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