Double Two Tower is a luxury residential complex that is set to be built in the New Administrative Capital of Egypt. The tower will be located in the downtown area of the New Capital and will feature two towers, one rising to 60 floors and the other to 38 floors, with a total height of 278 meters. The location of Double Two Tower is on plot MU22, which is one of the most prime locations in the capital city.

The development of Double Two Tower is being overseen by the New Urban Communities Authority (NUCA) and the China State Construction Engineering Corporation (CSCEC) in cooperation with B2B for Real Estate Development Egypt. The project is expected to be completed by 2023 and will have a total investment of EGP 3.3 billion.

The towers will consist of 2,400 residential units ranging from studio apartments to three-bedroom apartments, with a total area of 1.4 million square meters. The project aims to provide a modern and comfortable living space for its residents, with its innovative design and luxurious amenities. The residents of the Double Two Tower will have access to a range of amenities, including swimming pools, fitness centers, restaurants, cafes, and shops.

The Double Two Tower complex will be designed to the highest standards of luxury and comfort, with state-of-the-art facilities and features. The towers will offer a panoramic view of the city, with the Nile River visible from the upper floors. Each unit will be equipped with high-quality furnishings and fittings, and the towers will have advanced security systems and ample parking facilities.

Double Two Tower is an innovative development that promises to redefine the residential landscape of the New Administrative Capital of Egypt. With its prime location, luxurious amenities, and high-quality facilities, it is sure to attract a wide range of investors and homebuyers. The project is seen as a major step in the development of the New Capital city and a symbol of the growing cooperation between Egypt and China in the field of construction and infrastructure.