Who designed Ain Dubai?
Who designed Ain Dubai? WSP was appointed by Hyundai Engineering & Construction as the Lead Consultant and Architect of Record for both the wheel and terminal building elements of Ain Dubai.
How many people can sit in Ain Dubai?
In totality, Ain Dubai is designed with 48 capsules, each of which can accommodate 40 visitors, which means a maximum of up to 1,750 people can ride the Dubai Eye at a given time.
How many people can fit in Ain Dubai?
More than 800 feet high, the Ain was built to carry 1,400 passengers, offering private cabins for dinners, corporate events and posh parties.
Can I visit Al Ain from Dubai?
You can complete the travel from Dubai to Al Ain in under two hours. Al Ain has hotels suiting all budgets. The best hotels in Al Ain are Mercure Grand Jebel Hafeet, Radisson Blu Hotel & Resort, and Al Ain Rotana. The best way to reach Al Ain from Dubai is by car or taxi cab.
How much did the Ain Dubai project cost?
The construction of Ain Dubai, which was estimated to have cost AED$1 billion (US$270 million), commenced in May 2015.
What are some fun facts about Ain Dubai?
- The Ain Dubai at 250 meters (820ft) height is taller than most of the skyscrapers. ...
- Ain Dubai is an architectural marvel that boasts cutting-edge engineering with a whopping 9,000 tonnes of steel, a lot than what was used in the Eiffel Tower.
Where was Ain Dubai built?
Located at the heart of Bluewaters Island, the world's largest observation wheel offers a stunning view of Dubai's skyline during both the day and night.
Why is it called Ain Dubai?
The enormous wheel is located on Bluewaters Island, a vibrant lifestyle destination which offers retail, hospitality and entertainment options. And in case you didn't know, the name, Ain Dubai, derives from the sixteenth letter in the Arabic alphabet (Ayn), which translates to eye in English.
Who is the contractor of Ain Dubai?
In 2014 Hyundai Engineering & Construction (HDEC), the main contractor on the project awarded Mammoet the heavy lifting contract to install the key structural elements of the wheel.