Tiger Lily New Residential Tower in Tiger Downtown

Tiger Lily at Tiger Downtown Ajman offers an excellent investment opportunity in a new residential development that combines modern architecture comprehensive leisure facilities and a strategic location in the Emirate of Ajman

The project is located on Plot 90 within Tiger Downtown and features a distinctive residential tower comprising 34 residential floors in addition to an HC floor The development offers a variety of residential options suitable for individuals families and investors

The project consists of 691 residential units distributed across 212 studios 307 one bedroom apartments 138 two bedroom apartments and 34 three bedroom apartments The development also includes two basement levels a ground floor and seven dedicated parking levels in addition to three retail shops and two showrooms

The expected handover is scheduled for the fourth quarter of 2029

Prices start from AED 360000 for studios with an average area of 469 square feet AED 540000 for one bedroom apartments with an average area of 817 square feet AED 925000 for two bedroom apartments with an average area of 1423 square feet and AED 1070000 for three bedroom apartments with an average area of 1722 square feet

Flexible payment plans are available for studios including a 10 percent booking payment 50 percent during construction 10 percent upon handover and 30 percent over two years Alternatively buyers can choose 10 percent upon booking 60 percent during construction and 30 percent upon handover

For one and two bedroom apartments the payment options include 10 percent upon booking 40 percent during construction 10 percent upon handover and 40 percent over two years Alternatively buyers can pay 10 percent upon booking 50 percent during construction and 40 percent upon handover

Tiger Downtown offers an impressive range of leisure and lifestyle amenities including a 13795 square meter lagoon extending 375 meters a 900 meter internal jogging track and a 2.19 kilometer external jogging track The c