Showing posts with label CPR. Show all posts
Showing posts with label CPR. Show all posts

02 May 2026

LCG 1948 Quebec City, Coal-fired Ferry to Lévis, Older Maps

LC Gagnon worked for McDonald, Currie & Co beginning in August 1944. They were a chartered accountant firm, with offices in the Aldred Building on the east side of Place d'Armes in Montreal. In 1947 he changed jobs, moving to the CPR headquarters to work for the Auditor, Freight Receipts in Windsor Station. 

By October 1948, he had some vacation days accumulated and a CPR pass. Elsewhere on this blog, you can see his CPR trips around Nova Scotia in 1949 (including some CNR mileage), and out to Vancouver in 1950. 

Here are some photos from his first trip - to Quebec City. You can guess where he stayed ...



Back in those days, 'the value of the corporation's underlying real estate asset had not been surfaced by securitization via a Real Estate Investment Trust' and the hotel was run by ... 'employees' ... not pyramids of management contracts. 

There may also have been a discount for CPR employees. 

He arrived on Saturday and departed on Tuesday morning.

Considering all of these factors, his nightly rate in 2026 dollars is $88.11 .



A passerby has volunteered to take LC Gagnon's picture standing on the Dufferin Terrace using his trusty box camera. 



Like Montreal, Quebec City has a Place d'Armes. Maybe it was a franchise. You can see it above.

People always like to see the old cars and buses. The steeple at the left belongs to the Anglican Cathedral of the Holy Trinity. LC Gagnon might have attended on Sunday, as his grandfather was an Anglican minister. The Price Building is the tallest feature. 

The bus at the right by the Hotel Chateau Normandie is parked outside a 'good restaurant' - so perhaps check it out if you're in the neighbourhood this weekend. On the roof, over the word 'Hotel' is a frame that looks like a primitive radar. I fiddled with the photo a little and I can tell you that whatever this neon sign advertises ... it is 'World Famous' - the only words I could decipher for certain.

The box camera has a convex lens, so vertical structures at the photos' edges tend to bend toward each other. 



We're aboard the ferry and taking a trip to Lévis. They're putting a good fire in by the looks of the stack. Throughout this series of photos, a number of coal smokestacks can be seen. 

Maps of the Quebec and Lévis waterfronts are presented at the end of this post.



With a good head of steam, the Bienville is approaching the Quebec dock.



Many postcards of the Quebec Citadel were taken from this vantage point.
Notice the starboard sidelight and the voice tube beyond it on the wing bridge.



'The most photographed hotel in the world.'
... So far we've seen three photos of the Chateau Frontenac.

Today the docks are frequented by ever-larger cruise ships.



This image is not labelled, however, the shoreline buildings suggest that this might be Lévis.
I think there is an ferry officer supervising docking out on the wing bridge.



On the return trip, looking down-river, Quebec's industrial waterfront is seen.




Seen from the Citadel wall, a steamer travels down-river while one of the ferries begins another trip.

*  *  *

Old Maps

I wanted to find some maps which showed the industrial heritage of the waterfronts of Quebec and Lévis. This first map from BANQ is a fire insurance map which keys to more detailed maps. 

There was nothing to see on the map above the key so it is excluded. Simply read the first map from left to right, then drop down to the next map and read from left to right. This takes you up-river on the Lévis side.


from: Levis,1894; Charles Goad fire insurance maps. BANQ
BANQ. https://numerique.banq.qc.ca/patrimoine/details/52327/2244202?docsearchtext=Levis

*  *  *

On the Quebec side ...

This is part of a streetcar map from circa 1900. I think the CPR roundhouse is pictured in the upper left corner. There is no numbered key to decode the various identities of the buildings. 

The Ross Rifle factory in the lower left corner is included for history buffs.

Moving east from the Citadel, we are are reminded that the city was shelled by the Americans in 1775 from the west and from Lévis. Major General Richard Montgomery (1738-1775) of the Continental Army (he was ex-British Army) was killed here during that invasion.

The Dufferin Terrace becomes the Durham Terrace at the east end. The Chateau Frontenac should appear on this map near the latter. 

This map does not do justice to the extensive railway network in this area at the time - particularly in the industrial harbour area. 

Quebec City, Electric Railway Map, circa 1900; BANQ.
BANQ  https://numerique.banq.qc.ca/patrimoine/details/52327/4293393?docsearchtext=plan+Ville+de+Quebec

end

29 March 2024

Rotary Snow Plow Development & 1914 BLE Rates of Pay in Plow Service

In the late 1800s, when wedge plows pushed by steam locomotives were not successful in 'bucking' through snow drifts and avalanches, it was necessary to put gangs to work to manually shovel the snow from the track. The Canadian invention of the steam-powered rotary snow plow was developed to make rail transportation more dependable ... and to make winter maintenance of way work less labour intensive.

Thank you to Jim Christie for the archive.org references he has sent me (over a period of years) about rotary snow plows - they were key in creating this series of posts. 

A concise article on the early development of rotaries was written by Dr RVV Nicholls and can be found in the March 1967 edition of Canadian Rail. At that moment in history, Nicholls and the CRHA had just been successful - at the last minute - in saving the only remaining standard gauge Canadian rotary snow plow. It was about to be scrapped at London, Ontario. It is preserved in the museum at CRM/Exporail.

*  *  *

Around 1885, as the first Jull/Leslie-designed ... Patterson, New Jersey-built ... rotary snow plows were tested, it became obvious that several improvements were desirable. To properly prepare the track for traffic and to protect the plow from derailing, flangers (for snow) and ice cutters were mounted on the front of the leading truck. This ensured that the rail was 'clean'. A chute which could send ejected snow to either side of the track was also seen as a necessity.

An 1885-86 trial took place in northern Iowa using the original counter-rotating two-wheel system of the original design. The first wheel worked like a multi-bladed rotating kitchen grater - to shave a layer of snow from the bank to be moved. The second wheel looked and worked like the paddle of a paddle-wheeled steamboat to bat the snow out of the snow plow via the chute. 

Jull patent drawings ... from: Rotary Ploughs, A Canadian Invention; Dr RVV Nicholls; Canadian Rail, March 1967; Canadian Railroad Historical Association. 

The problem with the two-wheel arrangement was that too much energy was wasted as the snow moved from the grater/impeller wheel against the counter-rotating inertia of the paddle wheel. 

 Jull Patent drawings ... from: Rotary Ploughs, A Canadian Invention; Dr RVV Nicholls; Canadian Rail, March 1967; Canadian Railroad Historical Association. 


*  *  *

The improvement consisted using a single wheel with all the snow-moving features attached to it - so everything was moving in the same direction. On the front were self-adjusting auto-reversing knives. On the back were radial partitions which flung the snow out of the chute.

Essentially, the new single wheel still provided a 'two-stage' process - impelling and throwing - but it used a single wheel at its core. And when its driving engine reversed the wheel ... the snow-moving features were automatically fully reversible.

This new design sold itself during the winter of 1886-87, when J.S. Leslie personally operated it, to open the 70-mile Oregon Short Line Division of the Union Pacific. Impressed, the railroad purchased the plow and several other American railroads followed with orders as well.


from: Engineer's Witness; Ralph Greenhill; 1985; Coach House Press.

In 1888, the CPR worked with the Polson Iron Works of Toronto to begin to build eight of its own rotary snow plows. One example of the CPR's first set of rotaries is seen above. Notice the use of wood to construct the body of the plow. The engine's smokestack can be seen behind the word 'snowplough'. The cab and tender are protected from the weather, and any wind-borne snow from the rotary's chute, for the benefit of the fireman and engineer operating the rotary's wheel-turning steam engine. Rotary snow plows were not self-propelled. 

As seen with the previous post on the Alco rotary snow plows (and the patent drawing above), the reciprocating force of the snow plow's steam engine pistons must change direction before it turns into the rotary motion of the wheel. 

... Because early rotaries used the 'conventional steam locomotive layout' of putting a piston with its own valve gear on each side of the plow's boiler ... one of the weaknesses of these plows was the gear necessary to convert and transmit this power.


The CPR determined that further refinements were required for future rotaries. When the plows nosed into hard-packed snow and ice (as created by an avalanche) a lack of rigidity in the plow's frame caused internal stresses in the transmission. Sometimes this lead to on-the-road failures of the bevel gears transmitting the power from the pistons to the wheel.

Furthermore, the wet snow of the Selkirk Mountains was harder to eject, clogging the 'throwing partitions' on the back of the wheel. The 'conical scoops' design, shown in the Alco wheel in the post above, was helpful in dealing with this problem.

from: Rails in the Canadian Rockies; Adolf Hungry Wolf; 1979; Good Medicine Books.

Another view of the first series of CPR snow plows. Undated, no location indicated.


from: archive.org

*  *  *

A New Design

Henry Hague Vaughan, Assistant to the Vice President of the CPR for motive power from 1904 until 1915, was behind the creation of two unique CPR-designed plows for service in the western mountains. They were intended to solve the problems noted in the earlier rotaries, above. 

One's first reaction might be that these plows are not as attractive as the original series - at least when those original plows were new. However, the railway was not sending the new plows into the mountain avalanches of snow, ice, rocks and trees to be admired for their aesthetics. The new plows were designed to be able to ingest trees of up to 4 inches in diameter.

Vaughan wrote much longer articles for professional journals extolling all the design features of these plows.

from: Apr 1911, Railway & Marine World, Jim Christie.

from: Apr 1911, Railway & Marine World, Jim Christie. 

Notice the use of a marine engine - so the rotation of the engine's main shaft is transmitted straight to the wheel ... just as power would be transmitted straight to a ship's propeller. However, with the determination to build these 'battleships' came the need to find reasonable compromises so that their sheer weight wouldn't cause more problems on the road than it solved. Drawings of the the unique six-wheel trucks appear below. 

from: Apr 1911, Railway & Marine World, Jim Christie. 

from: Car Builders Dictionary, Master Car Builders Assn 1913, archive.org.

from: Car Builders Dictionary, Master Car Builders Assn 1913, archive.org.

*  *  *

CPR Rotary Snow Plows in Later Life ...

from: Canadian Pacific in the Rockies, Vol 4; DM Bain; 1979; BRMNA.

Above: One of the first class of rotaries awaits a call to duty at Hope BC in August 1929.
This machine was kept on the roster from 1888 until circa 1950.
 

from: Memories of Canadian Pacific Steam Power in British Columbia; Jim Hope, Donald Bain; 1996; BRMNA. 

Above: In April 1943, one of the two Vaughan-conceived rotaries sits with a tender full of coal at Revelstoke.

After World War 2, with the wide availability of caterpillar-tracked, diesel-powered construction equipment, 
the end was in sight for rotary snow plows. 

*  *  *

Other Canadian Railways

from: Car Builders Dictionary, Master Car Builders Assn 1913, archive.org

Early in the 1900s, there were many opportunities to use rotary snow plows in Canada.

The western mountains received plenty of Pacific Ocean precipitation ... and avalanches onto the railway rights-of-way which followed mountain river valleys. On the Prairies, blizzards whipped the region's typically dry snow into huge, hard-packed drifts - particularly in cuts and depressions. The region of Lac St Jean, Quebec was another CNR territory which often called for rotary plow operation. And on Newfoundland's famous Gaff Topsail, storms coming in from the Atlantic Ocean created depths of snow which defied railway operations and necessitated a regular rotary presence.

from: The End of the Line; Clayton D Cook; 1989; Harry Cuff Publications.

An Alco-built rotary in Newfoundland. No location given, undated photo.

*  *  *

Stan Stiles photo, collected by LC Gagnon.

July 1954 at Kamloops, BC.
Notice the temporary draft gear on the front of the plow.

*  *  *

In the United States ...

from: The Central Pacific & Southern Pacific Railroads; Lucius Beebe; 1963; Howell-North Books.

Above is an experimental rotary designed by Orange Jull, built by Rogers in Patterson NJ.
It was tested on the Central Pacific in 1890 and abandoned as a design.

*  *  *

from: Northern Pacific, Main Street of the Northwest; Charles R Wood; 1968; Superior Publishing.

Captioned as the Mosquito Creek Bridge in 1887, this photo shows the practice of running a consist with rotaries on both ends. Where avalanches were common, this protected against most eventualities. The distant rotary is blurred into the book's gutter, but you can see that an elongated car which has been tarped over is being used as a tender behind that rotary.

During western US railroad construction, switchbacks were sometimes used over the mountains ... until summit tunnels were completed to reduce the permanent main line's gradient. During some blizzards, a double-ended rotary consist could barely manage to keep the switchbacks open.

*  *  *

from: The World's Work; 1905; Doubleday Page & Co. at archive.org

David Moffat was a banker, regional railroad builder and Denver 'booster' who was behind the construction of the Denver, Northwestern and Pacific Railway. This line was intended to complete a connection between Denver, Colorado and Salt Lake City, Utah. Before the 6 mile long Moffat Tunnel was opened in 1928, the railroad followed a tortuous path via Rollins Pass. If you click the link to the circa 1905 Alco booklet at the top of this post, you'll notice that this particular rotary snow plow DNW&P 10200 is presented as a featured illustration.

CPR 1915 data for comparison: The summit of Kicking Horse Pass is 5332 feet; the summit of Rogers Pass is 4340 feet.

*  *  *

from: Lines West; Charles R Wood; 1967; Superior Publishing.

In this undated photo of the Marias Pass in the Montana Rockies, bulldozers have reduced the extent of a snowslide to the depth which can be handled by a Great Northern Railway rotary. Two short snowsheds of classic design can be seen in the distance.

Later in their careers, some rotaries were oil-fired. Today, a few rotaries are still in use and most have been rebuilt to be driven by diesel-electric prime movers.

* * *

Rotaries in 1914



This book is preserved at archive.org. 
One can probably assume that railways operated rotaries if they had applicable contract language.












22 April 2023

CP 1941 Annual Report & Flags Which Fall

Press release:

CPKC becomes the first and only single-line railway connecting Canada, the U.S. and Mexico

CALGARY, AB, April 14, 2023 /CNW/ - Canadian Pacific ("CP") and Kansas City Southern ("KCS") today combined to create Canadian Pacific Kansas City (TSX: CP) (NYSE: CP) ("CPKC"), as authorized by the U.S. Surface Transportation Board's ("STB") March 15, 2023 final decision, creating the first single-line railway connecting Canada, the U.S., and Mexico.

*  *  *

'In 1885, our railroad connected a new country.'

from: The final (2022) annual report of the Canadian Pacific Railway.

*  *  * 

'A start at documenting recently departed railroads was made by David P Morgan and J David Ingles in a series of articles titled 'Fallen Flags' in Trains Magazine. Those articles reviewed the major railroads that had vanished since World War Two, and their theme was the genesis of this book.'

from: The Historical Guide to North American Railroads; George H Drury; 1985; Kalmbach.

*  *  *

Detail from: Battle of Isandhlwana, 1879 - "as it probably never was"
from: Great Military Blunders; Geoffrey Regan; 2000; Macmillan.


from: British Flags on Land and Sea; Andrew D MacLean; 1929; Hugh C MacLean Publications Ltd, Toronto.
On Page17, the 1627 origins of the white, blue and red ensigns are discussed.

* * *

'Railways draw traffic from a geographic area, move it over their network, and distribute it to their final destination using their own facilities, equipment, and in some cases, those of other carriers. The railway's infrastructure in many cases evolved over time (e.g., Canadian Pacific's transcontinental network was first established in 1867).'
from: 
Handbook of Canadian Security Analysis, 
A Guide to Evaluating the Industry Sectors of the Market, from Bay Street's Top Analysts
(Joe Kan, CFA; 1997; Wiley & Sons)

Quote is from the chapter on Transportation & Environmental Services, by [name redacted], CFA.

*  *  *

'Rally 'Round the Flag'

From some source in the past, I understood that history is helpful because it helps explain who we are and how we got here. 

Historiography is the study of historical writing. 

Regimental flags, battle flags, national flags, imperial flags have a special meaning because of what they represent. They represent The Regiment and its Battle Honours ... or the ideals of the people fighting and dying in battle. There have been terrible losses when the flag 'falls'. It only happens when an army is utterly defeated - there is no one left with the remaining strength to prevent the flag from touching the ground, or from being disgraced by a victorious enemy. 

The Canadian Pacific Railway has always been larger than a simple railway - in what it was intended to achieve politically and practically, and in what the company's leaders intended it to be. It was conceived to settle the former Hudson's Bay lands and ensure 'the west' became part of British North America - not part of the United States. It was a land and sea bridge which spanned much of the British Empire and was ready to serve the needs of the British Empire/British Commonwealth in two world wars. Of course, the Canadian Pacific received money in the course of performing these missions.

In the Great War, it transported labourers from China by ship, and across Canada (in bond), to labour in or near the trenches in Europe. It contributed the expertise of its railway workers and equipment to build and maintain rail transport to the trenches. Its passenger ships were requisitioned as troop transports by the Royal Navy (but sometimes they asked first). In its stations the railway subsequently erected beautiful and poignant statues to pay tribute to its own employees who had made the supreme sacrifice in war. 

In World War Two, the railway's airline personnel were key in the early establishment of the innovative system which would fly new aircraft to Britain from North America - avoiding the U-boat infested waters of the North Atlantic. CPR airline personnel and facilities also played an important role in the plan to train Commonwealth (and American) citizens as pilots and in other flight crew roles. Until amphibious landings could be made in Africa, Italy, France ... Britain defended itself and struck out at the enemy primarily with aircraft. CPR heavy shops were also used in the production of guns and tanks.

The CPR is a corporation, and a corporation is a legal entity, and its board of directors acts as its fiduciary. Ideally, under an independent chair, the board also directly supervises high-level corporate officers such as the 'President and CEO'. Other company officers are hired to lead and supervise the running of the corporation's day-to-day business.

A corporation is in an excellent position to facilitate the writing of its own history through cooperative authors. Books with titles such as The Imperial Highway (1912) and Steel of Empire: The Romantic History of the Canadian Pacific (1937) reminded people of the importance of the Canadian Pacific - just before the wars mentioned above. A corporation is designed to preserve itself, so from a historiographical and public relations standpoint, that's exactly what it does. 

... Those poignant statues were designed to tug at our old imperial, patriotic and religious heartstrings - they are not photographs of a railway volunteer's death by artillery. It is normal healthy corporate behaviour to make us feel grateful to them for honouring 'their' troops. And today they still do this with paint.

Moving closer to the subject of paint - if tomorrow, just the signs and paper coffee cups suddenly said Babe Ruths instead of Tim Hortons ... it wouldn't change the fact that 'Timmies' is controlled by 3G Capital. 3G wouldn't employ more or fewer Canadians. Employees wouldn't get paid more or less. The menu wouldn't change. Babe Ruths wouldn't be a more or less valuable contributor to the quality of Canadian life than it was under its former name. It would just look different and some people might feel differently about it. Of course, the business would receive advice not to make this change if it had an impact on revenues.

Running trades employees of a railway corporation may have liked the camaraderie they shared with their fellow employees. They may have loved their unique work on the good days. They may have been proud of their achievements during their careers - particularly when winning a key 'battle' against the elements or other circumstances. Railways are still organized along paramilitary lines in many ways.

... But it seems very unlikely that running trades employees love the board of directors.

In turn, did board members become emotional, inconsolable ... when the railway left Rogers Pass and its snowsheds, REITed out its hotels, tore up the DAR, converted to roller bearings, eliminated its fleets of passenger ships, closed Angus, moved CPR headquarters from Montreal to Calgary, diminished The Canadian

... Knowing corporate history and being able to explain the human experience of CPR railroading is not the board's job. The present, and the foreseeable future of the corporation is the board's focus.

Amateur and professional historians can point out the remaining physical artifacts, the stations, the roadbeds, the cuts and embankments which remain on the land as a record of the CPR's presence across Canada. They can explain the significance of what the board and officers achieved (always indirectly) through the work of the corporation's employees

The human experience of those employees has probably always been the most Canadian thing about the Canadian Pacific Railway. 

In the past, the CPR eagerly and willingly served the far-flung British Empire. The company is now eagerly and willingly integrated into the American 'post-war, rules-based' economic and military empire, as a 'pure play' railway ... sorry ... railroad.

Whether or not the locomotives of two large railways have the letter 'C' painted on them 
is a facile, superficial and doomed way to understand and preserve our national identity. 

The knowledge and interpretation of history is supposed to help us with that task. 


*  *  *

The annual report which follows, 
comes from the end of the presidency of 
the first Canadian-born president of the CPR.

Typical of our political and economic orientation at the time ...
he was knighted by the King to be ...

Knight Grand Cross of the Most Excellent Order of the British Empire




Beatty was President of the CPR from 11 October 1918 
until 1942 when his doctors (and the company) convinced him to resign.

He died in 1943 at age 65.

*  *  *

From the final (2022) CPR Annual Report:
'In 2023 we aspire to connect a continent and transform the freight rail industry'

See the maps inside the back cover of this annual report.

Contemplate the old slogan: World's Greatest Transportation System













Both Herbert Holt and Arthur Purvis have interesting, perhaps contrasting, pages on Wikipedia.
(The mention of one at a baseball game inspired applause!)