Meters: 58.36 meters
Arms: 100 braccia pisane or Pisan arms
Feet: 191.47 feet or 191 feet and 6 inches;
Yards: 63.8 yards
High side of the tower from the ground: 56.67 m or 185.92 ft
Low side of the tower from the ground: 55.86 m or 183.26 ft
Height of every floor (2nd to 8th): 10 arms or 5.84 m
This last figure reflects the actual length of the tower from base to top, following its diagonal lean—like measuring along a slide rather than straight up.
As the tower began tilting during construction, engineers of the time made a crucial adjustment. Starting from the third tier, they began building the upper levels at a slight angle in the opposite direction, subtly correcting the imbalance. This resulted in a banana-like curvature, where the structure doesn't lean in a perfect straight line but bends gently back toward vertical.
This means Pisa’s height can’t be captured in a single, definitive number. It requires multiple measurements—and context. Unlike typical towers, Pisa’s form tells a story: one of unstable soil, ongoing corrections, and the ingenuity it took to preserve it. The tower doesn’t just stand as a measurement in meters—it stands as a monument to trial, error, and survival across centuries.
Yes, slightly—but not in the way you’d expect.
As the tilt increased through the centuries, so did structural stress. In the late 20th century, the lean reached a dangerous angle of 5.5 degrees, which risked collapse. Restoration work from 1990 to 2001 managed to reduce the tilt to 4 degrees and stabilize the foundation.
These efforts involved removing soil from underneath, anchoring the base, and carefully adjusting the structure. As a result, while the tower’s physical height didn’t change dramatically, its measured tilt and therefore apparent height slightly improved.
The Pisa Cathedral next to the tower reaches about 77 meters, making it over 20 meters taller than the bell tower. While the cathedral was constructed to be the centerpiece of the Piazza dei Miracoli, the tower—originally intended as a functional bell tower—gained prominence due to its tilt and unique engineering history.
Book Cathedral TicketsAt 56 meters, the Leaning Tower is dwarfed by the Eiffel Tower, which stands at 330 meters—nearly six times taller. Built in 1889, the Eiffel Tower is an iron lattice structure designed for height and visibility, while Pisa’s marble tower, begun in 1173, became iconic due to a structural flaw that gave it its signature lean.
About Eiffel TowerThe Burj Khalifa in Dubai soars to a record-breaking 828 meters—making it almost 15 times taller than the Pisa Tower. Completed in 2010, it's the tallest man-made structure on Earth, built with advanced steel and concrete. In contrast, the Pisa Tower, finished in 1372, is a medieval marble bell tower, famous not for height, but for its iconic tilt and rich history.
About Burj KhalifaSurprisingly, no. The Pisa Cathedral next to it is taller—reaching about 77 meters at its highest point, compared to the tower’s maximum of 56–58 meters.
No, even at completion in 1372, it wasn’t the tallest. Many medieval towers, like the Giotto’s Campanile in Florence (about 84 meters), were significantly taller.
Not anymore. Before stabilization, the tilt increased slightly each year, subtly lowering its vertical height. But since restoration in the 1990s, it has been structurally stable, and its height remains consistent.
Due to the tilt and the curved profile, the shadow length can vary depending on the angle and time of day. It often casts a longer shadow than expected for a 56-meter-tall structure.
It would require unprecedented engineering and financial intent to completely straighten the Leaning Tower of Pisa. Currency, there are no such plans.
Yes, the Leaning Tower of Pisa can be scaled using the stairs inside the structure. Find out more about climbing it, here.