Tokyo Skytree’s design merges neo-futuristic form with traditional 'Sorakazari' Japanese geometry used in Japanese shrines and temples, shifting from a triangular base to a circular tower as it rises.
Architecture and design of Tokyo Skytree
If you love culture, history and breathtaking views, Tokyo Skytree is a must-visit. The iconic tower that dominates the skyline of Tokyo was inaugurated on May 22, 2012, and is a remarkable engineering marvel. Standing at a height of 634 meters, it is the tallest tower in Japan and one of the tallest structures in the world.
Architecture & design of Tokyo Skytree | Quick overview
- Official name: Tokyo Skytree
- Attraction type: Broadcasting and Observation Tower
- Location: 1 Chome-1-2 Oshiage, Sumida City, Tokyo 131-0045, Japan
- Opening date: May 22, 2012
- Observation decks:
- Tembo deck: Located at 350 meters
- Tembo galleria: Located at 450 meters
- Architectural style: Neo-futuristic design
- Main architects: Nikken Sekkei, with contributions from architect Tadao Ando and sculptor Kiichi Sumikawa
Architectural highlights of Tokyo Skytree
If you are visiting Tokyo Skytree, here are a few architectural highlights that’ll pique your interest:
Fusion architecture
Seasonal displays
The exterior of the tower is adorned with two illuminated panels that display images at night and cherry blossoms in bloom during the spring season.
High-speed elevators
The tower's elevators use a groundbreaking system that employs a state-of-the-art motor, the world's first double-decker, and a rope-less (magnetic) design, making it the fastest lifted tower on earth, transporting passengers from the first floor to the observation decks in just fifty seconds.
Earthquake-resistant engineering
To ensure stability against earthquakes and strong winds, Tokyo Skytree incorporates advanced seismic control technology inspired by traditional Japanese architecture. A central steel-reinforced concrete column, reminiscent of the 'Shinbashira' found in ancient pagodas, acts as a stationary pendulum to counteract swaying during seismic events.
Tokyo Skytree architectural style
The architectural style of Tokyo Skytree is modern and futuristic, with a design inspired by traditional Japanese structures such as pagodas and the ‘sorakazari’ decorative element used in Japanese shrines and temples. The tower's sleek, tapering form and steel lattice structure are also reminiscent of Tokyo's industrial past. The tower is also fitted with sophisticated lighting systems that illuminate the tower in various colours, creating a dazzling night-time display appreciated by the locals and tourists alike.
Frequently asked questions about Tokyo Skytree architecture
Tokyo Skytree’s architectural design features a sleek, modern neofuturistic style.
Tokyo Skytree's design was inspired by the traditional Japanese pagoda, characterized by multiple levels and gently curved lines.
Tokyo Skytree's construction began in 2008 and was completed four years later, in 2012.
Tokyo Skytree contains shopping centers, restaurants, a planetarium, and two observation decks - Tembo Deck at 350 m and Tembo Galleria at 450 m.
The exterior of Tokyo Skytree is adorned with two illuminated panels that display images of cherry blossoms in bloom during springtime.
Tokyo Skytree stands at an impressive height of 634 meters, making it the tallest tower in Japan and one of the tallest structures in the world.
Tokyo Skytree's triangular-shaped cross-section measures 38 meters at its base, and tapers to 29 meters at the top of the tower.
Tokyo Skytree is primarily made of steel, which provides strength and durability to withstand natural disasters such as earthquakes.
No, Tokyo Skytree is not part of any sub-attraction.
Yes, you can purchase tickets to Tokyo Skytree online here. You can also purchase tickets offline at the observatory ticket shop in the Solamachi shopping complex, which is located at the base of the tower.
Tokyo Skytree was designed by Nikken Sekkei, a Japanese architectural firm known for its innovative and earthquake-resistant designs.
Construction of Tokyo Skytree took four years, from July 2008 to February 2012.
Tokyo Skytree incorporates a central reinforced concrete pillar, which is structurally independent of the main tower frame. Oil dampers installed between the pillar and the frame absorb seismic energy, reducing earthquake vibrations by up to 50%.
