Projects by 'Camrost-Felcorp'

Camrost-Felcorp is universally acknowledged as being one of the fabled master condo designers to be constructing in the Greater Toronto Area, fashioning wondrous residential condominiums visualized with titillating artistry, definitive architecture, and enlightened fixtures. The gilt-edge edifices realized by Camrost-Felcorp consist of Queen & Simcoe Condominium at 219 Queen Street West; California Condos Condominium at 515 The Queensway; Imperial Plaza Condominium at 111 St. Clair Avenue West; Red Hot Condos and Red Hot Condos Designer Edition at 22 Dallimore Circle; iLoft at Mystic Pointe Condominium at 155 Legion Road; and Yorkville Plaza Condos at Avenue Road & Yorkville Avenue. The Avenue Condominium at 468 Avenue Road is Camrost-Felcorp's trend setting luxury property featuring a total of 73 units in a palatial 19 storey building at prices which approach five million dollars.
Total Count of Projects: 12
< Previos12

Address: 129 St Clair Ave W., Toronto, ON M4V 1L3

Approximately occupancy date:November 2018

Building size: 27

Builder: Diamondcorp and Camrost-Felcorp

Project Description:

129 St. Clair Condos is a new condo project by Diamondcorp located at St. Clair Avenue West at Avenue Road, Proposed high rise residential condominium with street related townhouse units. Located in a prestigious community, the former Deer Park United Church will be creatively re-used and incorporated into this elegant building design.

 

Address: Avenue Rd & Yorkville Ave Toronto, ON M5R

Approximately occupancy date:September 2014

Building size: 32

Builder: Camrost-Felcorp

Project Description:

A historic past, a glorious future. New private residences in the legendary four seasons hotel building. Yorkville plaza combines exquisite living with world-class retail and dining. An exceptional collection, from pied à terre to one bedroom plus den designs, epitomizes the elegance and charm of yorkville living.

 

Address: 58 Orchard View Blvd, Toronto, Ontario M4R1B9

Approximately occupancy date:2016

Building size: 20

Builder: Pemberton Group and Camrost-Felcorp

Project Description:

The distinctive NEON experience starts with the stylishly contemporary building design, an articulated expression of glass, steel, masonry and precast elements, with fresh air balconies and expansive terraces that add character and nuance. Rising 20 storeys above Toronto's most happening neighbourhood, NEON resonates with the panache of its incomparable location, and culminates in a spectacular rooftop terrace lounge with outstanding views all around.

 

Address: 111 St Clair Ave West, Toronto, Ontario M4V1N5

Approximately occupancy date:Winter/Spring 2015

Building size: 23

Builder: Camrost-Felcorp

Project Description:

The Imperial Plaza is an iconic building, one of Toronto's outstanding architectural treasures, it will remain so for generations to come. Built with great steel bones and welded frame construction, "this was a structure that was built to last forever," concludes Rod Rowbotham of Onespace Unlimited, the architect in charge of the makeover who is thrilled for the opportunity to work on such a signature building from an era when modern design was approaching its zenith.

 

< Previos12
ALL
The data contained on these pages is provided purely for reference purposes. Due care has been exercised to ensure that the statements contained here are fully accurate, but no liability exists for the misuse of any data, information, facts, figures, or any other elements; as well as for any errors, omissions, deficiencies, defects, or typos in the content of all pre-sale and pre-construction projects content. All floor plans dimensions, specifications and drawings are approximate and actual square footage may vary from the stated floor plan. The operators of these web pages do not directly represent the builders. E&OE.
Please note that content and information contained in this website is for demonstration purposes only and this website is trial website or test website and it can not be used for marketing purposes.