Milad Tower Height – Tehran's Modern Icon
Milad Tower rises 1,424 feet (435 meters) above Tehran, standing as Iran's tallest structure and one of the world's tallest telecommunications towers. Completed in 2007 after eleven years of construction, this multipurpose tower combines broadcasting capabilities with observation decks, restaurants, and cultural spaces, symbolizing Iran's technological advancement and architectural ambition on the international stage.
Milad Tower Quick Facts
- Total Height: 1,424 feet (435 meters)
- Main Shaft: 919 feet (280 meters)
- Observation Decks: Multiple levels between 919-984 feet
- Location: Northwestern Tehran, Iran
- Completed: 2007
- Primary Use: Telecommunications, observation, cultural center
Octagonal Design at 1,424 Feet
Milad Tower's 1,424-foot height is achieved through a distinctive design featuring an octagonal concrete shaft rising 919 feet to a multi-level head structure, topped by a 505-foot steel antenna mast. The octagonal shape references traditional Persian architecture while providing structural efficiency and aesthetic appeal. The tower's base spans 315 feet in diameter, housing a complex with convention halls, restaurants, and parking facilities. The main shaft tapers slightly as it rises, with the widest section at ground level providing stability against Tehran's seismic activity.
The tower's structural system employs reinforced concrete for the shaft with a steel framework supporting the head structure and antenna. Twelve observation and restaurant levels occupy the pod section between 919 and 984 feet, offering panoramic views of Tehran and the Alborz Mountains. The design withstands earthquakes up to magnitude 7.0 and wind speeds exceeding 120 mph. At night, LED lighting systems illuminate the tower in various colors, making it visible across the Tehran basin and serving as a navigational landmark for aircraft approaching Mehrabad International Airport.
Multipurpose Cultural Space
Beyond telecommunications, Milad Tower functions as a major cultural and tourist destination. The head structure contains multiple restaurants including a revolving restaurant at 919 feet that completes a rotation every 90 minutes. The observation decks at various levels provide different viewing experiences, with the highest accessible deck at 984 feet offering views extending over 30 miles on clear days. Lower levels house art galleries, museums, and exhibition spaces, while the tower's base includes a large convention center, library, and public plaza, making it a comprehensive cultural complex rather than merely a telecommunications facility.
Comparison to Other Tall Structures
| Structure | Height | Comparison |
|---|---|---|
| Zifeng Tower | 1,476 ft (450 m) | 52 feet taller |
| Milad Tower | 1,424 ft (435 m) | Iran's tallest structure |
| 432 Park Avenue | 1,396 ft (426 m) | 28 feet shorter |
| KL Tower | 1,381 ft (421 m) | 43 feet shorter |
Related Telecommunications Towers
Explore heights of other observation towers: CN Tower, Tokyo Skytree, Ostankino Tower, Oriental Pearl Tower, and KL Tower.
Frequently Asked Questions
How tall is Milad Tower?
Milad Tower stands at 1,424 feet (435 meters) including its antenna, making it the tallest structure in Iran and one of the world's tallest telecommunications towers.
What does Milad mean?
Milad (میلاد) means "birth" in Persian, though the tower is also known as Borj-e Milad. It serves as a symbol of modern Tehran's development and technological capabilities.
Can tourists visit Milad Tower?
Yes, Milad Tower is open to tourists and features multiple observation decks between 919 and 984 feet, along with restaurants, museums, and cultural spaces accessible to visitors.
Is Milad Tower earthquake-proof?
Yes, the tower is designed to withstand earthquakes up to magnitude 7.0 on the Richter scale, an essential feature given Tehran's location in a seismically active region.
How long did it take to build Milad Tower?
Construction of Milad Tower took approximately eleven years, from 1996 to 2007, due to funding challenges, design modifications, and the complex engineering required for such a tall structure in an earthquake zone.