Victoria Bridge, Montreal
Queen Victoria was invited to the opening but declined and sent her teenage son instead. Perhaps she sensed the spectacle would upstage any monarch. On August 25, 1860, the Prince of Wales stood before a bridge that had taken five years to build, had cost $6.6 million, and had claimed its place as the longest bridge in the world. The Victoria Bridge was not just an engineering achievement -- it was a declaration that the St. Lawrence River, which had defeated travelers with its freezing currents and treacherous ice for centuries, could finally be crossed on schedule. That original structure no longer exists in its first form, yet its stone piers still stand, carrying Canadian National Railway freight and commuter traffic between Montreal and Saint-Lambert more than 160 years later.
A River That Refused to Be Crossed
Before the bridge, the St. Lawrence dictated the terms. Summer crossings happened by boat. In winter, travelers walked, rode sleighs, or drove carts over the frozen surface along routes cleared of snow -- when the ice cooperated. Spring thaws and autumn freezing created weeks of impassable slush where no method of crossing was safe. Montreal, despite its growing importance as a commercial hub, was effectively cut off from the south shore for unpredictable stretches every year. The Grand Trunk Railway, headquartered in Britain and formed in 1852 with the colonial government's support, needed a reliable link to connect the Great Lakes with Portland, Maine, its ice-free Atlantic port. Canadian engineer Thomas Keefer selected the site. The bridge's designer was Robert Stephenson, son of George Stephenson and builder of the legendary Rocket locomotive. Construction began in 1854.
The Iron Tube Across the Atlantic
The original Victoria Bridge was an engineering marvel unlike anything North America had seen. It was a tubular bridge -- a long structural metal tube through which trains passed as though traveling inside a rectangular iron pipe. The wrought-iron sections were prefabricated in England and shipped across the Atlantic, then assembled on 24 stone piers designed to break the St. Lawrence's formidable ice. At its peak, construction required six steamboats, 72 barges, 3,040 workers -- among them children as young as eight -- 144 horses, and four locomotive engines. Chief engineer James Hodges oversaw the assembly, working for the English contracting partnership of Peto, Brassey, and Betts. Stephenson himself did not live to see the bridge completed; he died in 1859, the same year the first freight train crossed on December 12. Passenger service followed five days later.
Rebuilt Without Missing a Train
By the 1890s, the single-track iron tube could no longer handle the volume of traffic flowing between Montreal and the south shore. Between 1897 and 1898, engineers undertook a remarkable feat: they erected an entirely new bridge around the old one, cutting away the tubular structure span by span, all without interrupting train service. The replacement was 66 feet 8 inches wide, carrying double rail tracks, a roadway for electric trams, space for vehicles, and a pedestrian pavement. The engineers had examined the original stone piers and found them in striking condition, requiring only slight alterations to bear the new load. Those piers, laid in the 1850s, continue to carry traffic today. The rebuilt bridge was rededicated as the Victoria Jubilee Bridge in Queen Victoria's honor, though it reverted to simply Victoria Bridge in 1978.
Streetcars, Seaways, and Rush Hours
The bridge's story did not end with its reconstruction. From 1909 to 1956, the Montreal and Southern Counties Railway ran interurban streetcars along the northern shoulder, connecting Montreal to Granby with a branch serving Longueuil. In 1958, the St. Lambert Diversion was added to accommodate the new St. Lawrence Seaway, creating a secondary bridge over the canal that carries both road and rail traffic when ships pass under the original alignment. Today, the Victoria Bridge operates under a tidal traffic pattern dictated by Montreal's commuting rhythms. Both lanes flow northward from Saint-Lambert during the morning rush, 5:00 AM to 9:00 AM, then reverse southward from 3:00 PM to 7:15 PM. Only one bus route, the number 55 from the Reseau de transport de Longueuil, is permitted on the bridge, running older Nova Bus LFS vehicles limited to 38 passengers due to weight restrictions. The narrow lanes and low clearance on both approaches make the bridge virtually impassable for anything larger than a car.
The Eighth Wonder
A National Film Board of Canada short film called the Victoria Bridge 'The 8th Wonder,' and in the context of its era, the title was not hyperbole. When it opened, it was the longest bridge in the world, a structure that required five years of construction through Canadian winters so severe they froze the very river it spanned. The bridge linked a colony to a continent, gave the Grand Trunk Railway its critical route to the sea, and established Montreal as a continental rail hub -- a role the city retains through Canadian National Railway's Halifax-to-Montreal main line, which still crosses those 1850s stone piers. From the air, the Victoria Bridge is easy to spot: a straight, narrow line crossing the wide St. Lawrence just upstream from the larger Samuel De Champlain Bridge, connecting Montreal's Le Sud-Ouest borough to the rooftops of Saint-Lambert.
From the Air
Located at 45.492N, 73.529W, the Victoria Bridge is a straight, narrow crossing of the St. Lawrence River connecting Montreal to Saint-Lambert. It runs roughly north-south and is easily distinguishable from the much larger Samuel De Champlain Bridge immediately to the west and the Jacques Cartier Bridge to the northeast. Look for the 24 stone piers and the narrow roadway carrying both rail and vehicle traffic. Best viewed at 2,000-4,000 feet AGL. Nearest airports: Montreal-Pierre Elliott Trudeau International (CYUL) 18 km west, Montreal/Saint-Hubert (CYHU) 10 km southeast.