Si-o-Seh Pol

Si-o-Seh Pol, also known as the Allahverdi Khan Bridge, is a historical bridge located in Isfahan, Iran. The bridge spans the Zayandeh River and connects the north and south parts of the city.

The architecture of Si-o-Seh Pol Bridge is a remarkable example of Persian bridge design and engineering

The bridge was built during the Safavid dynasty in the late 16th century and early 17th century and was designed by the famous Iranian architect, Allahverdi Khan.

Construction of the bridge began in 1599 during the reign of Shah Abbas I, and it was completed in 1602. It is one of the finest examples of Persian architecture and is renowned for its beauty and elegance. The bridge is approximately 295 meters long and 14 meters wide, with two levels of arches.

The lower level of the bridge has 33 arches, while the upper level has 44. The bridge is made of stone and was designed to withstand the force of the river during floods.

The bridge has been the subject of many poems and stories, and it is considered to be one of the most iconic landmarks of Isfahan

The bridge’s design incorporates a series of water channels, called “towers,” that regulate the flow of water in the river. These towers also serve as pedestrian walkways that allow people to cross the bridge without being obstructed by the water. The bridge’s balustrades and railing are made of stone and have been carved with intricate designs and patterns.

Si-o-Seh Pol

The bridge’s overall design is a perfect blend of functionality and aesthetics. It was built to withstand the force of the river during floods and to serve as a vital transportation link between the north and south parts of the city. At the same time, it is a stunning architectural masterpiece that has become a symbol of Isfahan’s rich cultural heritage.

Today, Si-o-Seh Pol Bridge is a popular tourist destination, and visitors can walk along the bridge and enjoy the views of the river and the city. At night, the bridge is illuminated, creating a spectacular sight and attracting more visitors.