Montreal, Canada

Tour de Montréal

Website

Opened 1987

Tower Story

At a height of 165 meters and a 45-degree inclination angle, la Tour is the tallest inclined tower in the world. A visit to the observatory at the top of the Tower provides an exceptional view of the city of Montreal. Every evening, the Tower lights up to highlight its structure in the night sky of Montreal. The lighting of the Tower can be of a wide range of colors and sequences since the location of the light beams is extremely precise. The Tour represents Montréal abroad and reminds everyone of the presence of this exceptional Olympic site.

Observation Deck

At any time of the day, the 360-degree panorama of the top of the Observation deck can extend on a clear day, over 80 kilometers. At the foot of the tower, it is possible to observe the Olympic Stadium, the old Velodrome, and the Esplanade and admire the unique architecture of the place. This angle allows us to see the organic forms of the Stadium witch was inspired of marine fauna. From the top of the Tower, your sight will be focused on downtown Montreal with the famous Mount-Royal acting as a backdrop.

Address

4545, avenue Pierre-De Coubertin Montreal (Quebec) H1V 0B2

Director

Nicolas Joel

Nicolas.joel@parcolympique.ca

Facts & Statistics

Architects

Roger Taillibert

Inauguration date

1987

Construction time

11 years

Construction cost

175 millions CAD

Total height

165m/541'

Weight

166000 tons

Length of the funicular’s

34-mm (6 strands) cable: 650m/2133'

Concrete

153000 tons of concrete

Depth below ground

10m/34'

Number of windows

Panoramic windows on all three sides of the observatory

Number of elevators

1 funicular

Elevators capacity

50 persons

Elevators speed

2.8 m / second

Elevator manufacturer

Von Roll Habegger

Max people working on tower at any one time during construction

10000 workers

Number of broadcasting facilities

7

Number of steps up to the top

850 steps

Unique features of the tower

It is the highest inclined tower in the world with a variable angle climb funicular