Discover Forma Condos West in Toronto

Forma Condos West is a new condominium development by Great Gulf situated at University Ave & King St in Toronto. This exceptional project, designed by the renowned architect Frank Gehry, is set to redefine the city's skyline. The development consists of two towers soaring to heights of 84 and 73 stories, offering a total of 2,034 suites accompanied by beautiful communal landscaped terraces.

Forma Condos West will house a sophisticated campus for OCAD University and the Mirvish Collections Art Gallery on its lower levels. The community will provide an array of desirable urban conveniences, including entertainment, retail, and dining options, all surrounded by key landmarks from the Financial, Entertainment, and Theatre districts.

Residents of Forma Condos West will benefit from a Transit Score of 100/100, with convenient access to St. Andrew and Osgoode TTC Subway stations and streetcar services. Additionally, several prominent post-secondary institutions such as George Brown College, University of Toronto, Toronto Metropolitan University, and OCAD University are within walking distance.

Strategically located in downtown Toronto with a Walk Score of 100/100, residents can easily explore nearby attractions including The Rogers Centre, The Air Canada Centre, TIFF Bell Lightbox, CN Tower, as well as a variety of restaurants and pubs.

Don't miss the opportunity to own a piece of Toronto's next architectural gem, conceptualized by the acclaimed Frank Gehry. Great Gulf, a reputable developer in the GTA, is known for their ability to create innovative designs in prime locations.

Great Gulf has teamed up with Dream, an established real estate company, and Westdale Properties, a Toronto-based firm with a rich history of owning, managing, and developing real estate across North America. With their unique vision for multi-residential real estate and mixed-use developments, Westdale Properties is dedicated to enhancing the experiences of the individuals living, working, and shopping in their properties.