November 28, 1925

Looking From the Engineer’s Cab Every Level Crossing is a Hair-Raising Hazard – The Engineer Cannot Slow Up His Train Every Mile or So – All He Can Do is to Watch, Watch, and Hope Those Motorists Ahead Will Have Sense Enough to Play Safe – Nervous Strain Terrible

By Gregory Clark, November 28, 1925.

Fifty-eight miles, fifty-nine, SIXTY miles an hour!

The gigantic engine leaps and sways like a racing automobile multiplied a thousandfold.

It feels as if it were hurling itself. The din is soundless, an ear-blocking din. Heat whirls in the grey steel-filled cab. Past narrow windows, the world streams dizzily past.

His gauntleted left arm resting shakenly on the huge throttle, his squinted eyes glued to the narrow ribbon of steel-shod way ahead, the engineer drives International Limited thundering through.

Sixty miles, SIXTY-ONE miles an hour!

Through narrowed eyes, he strains his sight ahead on that swift-rushing path ahead of him, swift-rushing towards him, like a river, a rapids, a furious torrent of road.

For he is coming to a level crossing that is a provincial highway. Soon he will see it. He reaches up, never moving his eyes from the path, and hauls heavily on a cord. Faintly in the din he hears his fierce whistle blow, long, long, short-short.

Then he sees far ahead the highway. Little black objects are scuttering across. Motors.

His giant Six Thousand leaps on. Oh, how the flickering dimly-seen, roadbed is swept up! The little black objects ahead seem to swell larger, larger. The engineer again reaches up, hauls the cord and the fierce whistle hoots.

Of course the highway crossing is protected. There are bells and wig-wags1 on it. It is broad daylight. It is a still afternoon, and his wild whistle can be heard miles. Yet…

The crossing is clear. The International is two swift train-lengths away from it. A low-hung touring car, grey, speeding, appears back on the highway racing for the crossing. Two hundred yards back!

The engineer crouches. The gauntleted arm clamps against the huge throttle. A wild thrill of horror seizes him, enfolds him. He snatches the whistle cord and hauls hard.

SIXTY-ONE!

He watches with half-closed eyes the point he will pass like a thunderbolt in three-two-ONE second.

The speeding motor car comes to a sudden stop twenty feet from the crossing. The man at the steering wheel is looking up with a grin and waves to the engineer. It was a little joke he was having… His passengers, women, are huddled terrified in the back seat.

The engineer, clammy from head to foot, wipes his gauntlet over his forehead and turns his eyes again on the wheeling road before him, his road. For a mile and a quarter ahead is another level crossing.

He is alone. This leaping, thrusting three-hundred-ton monster of black steel and white fire is his to make go and his to stop. Behind him, attached to him, in his care, are ten eighty-foot cars carrying three hundred and fifty men, women and little children. They are sitting unconcernedly, watching the country flying by, reading, playing, chatting as in a drawing room.

Speed Demanded by Public

The engineer is alone and all this is in his keeping. His mate, the fireman, sits across the cab, watching out the other window, his hand on the levers that control the automatic coal feed to the ravenous engine. But the two lone men in, the front of this mile-a-minute train are separated by an impenetrable, invisible wall of tumult.

You and I, in a hundred and fifty miles of motor travel, will cross perhaps four, five level crossings. We come to them as each of us sees fit, some of us cheerfully and recklessly, some of us cautiously. Four or five of them in a day’s long travel.

This engineer, traveling at tremendous speed, a speed demanded by the public as a whole, you and me included, a modern, twentieth century rate of speed, with neither the power nor the right to stop at crossings, this engineer has to cross not four or five but one hundred and forty level crossings in a hundred and forty miles of headlong, hurtling race.

One crossing to a mile is the average in the older settled portions of the province. Many of them are highways, protected by bells, automatic wig-wag signals or gates. But most of them are just open crossings with only the white cross sign. To you and me they are incidental risks of the day’s run. To the engineer in the cab of your train they are the ever-recurring, permanent, hair-raising hazards and terrors of a life of service.

Duncan Campbell of Mimico is one of the engineers who drive the International Limited, that great train run by the National Railways across Quebec and Ontario into the United States. As you know, engineers do not run a train the whole of its great run. They take it over in “divisions.” At every hundred and forty miles or thereabouts is a “division point” on the line, where a new crew come aboard, to drive the mighty creature its next hundred and forty mile run. Engineer Duncan Campbell’s share in the run of the International Limited is from Toronto to Sarnia and then, after a rest, from Sarnia to Toronto again. This division is one hundred and seventy-four miles through the most thickly-populated district of Ontario and of Canada, and his steel path is crossed by no fewer than one hundred and seventy-nine roads. More than one to every mile of his run. And in that run he hits sixty miles an hour -when he may.

“Each and every one of those crossings,” says Engineer Campbell, “is in itself a danger and a terror. Many of them are just little Country dirt roads. But in this day and age, with the motor car risen to such a place as it has in our lives, there is no road that has not its menace. Of course, an engineer, after many years back and forward on his division, every day of his life, comes to know each stick and stone of it, as a man knows his path home.

“Our orders are to keep our eye on the road all the time. Care as we must for our engines, we must keep our eye on the track ahead. We know every crossing as we come to it, we learn to sound our whistle without really seeing the whistle-post. Some crossings we learn to distrust more than others. All crossings, despite the fact that we pass them several times a week, fill us with secret fear.

“For you must understand, we run on a schedule of time and of speed. The public demand it. But I can stop my train with the emergency brakes, in about twice its length.

“If my train is ten cars, my train is about eight hundred feet long. Therefore, I can stop in 1,600 feet.

One Bad Fright Every Trip

The emergencies that arise at level crossings arise at far less than 1,600 feet; they arise at five hundred feet, four hundred feet. It is the man who suddenly decides he can make it after all, the man who has slowed up and then puts on speed to cross over, the man who is one hundred or two hundred feet from the crossing, who breaks the hearts of engineers.

“Engineers are trained to be experts in judging the interrelation of distance and speed. That is our business, our skill. As I sit at my window watching the crossing ahead and suddenly see a man start up to try and beat me to the crossing I know better than he that I am going to be at that crossing before he possibly can be.

“You would be surprised to know how many motorists strike trains in the second and even the third coach back in these attempts to beat us. If we had tried to stop, we might have just succeeded in slowing enough so that our pilot would have struck and destroyed them instead of them striking us. You have only to recall the sudden way a train appears to rush into the station platform to know how deceiving a train’s speed is. Yet coming into the station the train is actually slowing up, not speeding up.

“There is no trip that we do not have at least one fright. We do not know that the car running to the crossing really going to slow up. We do not know the intentions of the driver. We do not even know if he has seen us. It happens all in a few seconds. To us it sometimes seems an eternity. Yet we never become accustomed to it. Sometimes the cars will skip across so close in front of us that I am in doubt whether we have hit them or not. But no: they got across and waved jokingly to my mate at the other window,

“We are helpless. Once we have set the engine in motion and at a speed demanded by official schedule, we cannot stop save in emergency. If we slowed up for every crossing, not only would it make travel impossible, with a slow-up every mile, but would only make the motoring public confident instead of otherwise with regard to crossings.”

A C.P.R. engineer who cannot be quoted by name has the same experiences to tell.

“It is a regular thing in our trade for engineers to wear out under the strain and have to be laid off or transferred to lighter runs,” he said. “One bad accident puts a nerve strain on engineers throughout the country that is sometimes very hard to bear.

“A few days ago I sat at my cab window and counted eleven cars that crossed on a certain eastern Ontario highway after I was within one train length of the crossing, a matter of seconds, for I was hitting nearly fifty miles an hour. What if one of them had got rattled? What if two of them had met and locked? I could not stop in time. I pulled the whistle cord and held my breath. This was only a few days after a big smash near Toronto when half a dozen were killed.

“That night I dreamed some pretty tough dreams, I can tell you.”

What is to blame for the accidents? If the people of Canada paid out millions in taxes for gates at all crossings, as they are in England, would it help?

“The vast majority of our accidents and our scares,” says Engineer Alexander Bond, who for thirty years has driven on the Toronto-Sarnia run and now is one of the crack drivers of the International, “occur not at night but in the daytime. Our great electric headlight seems to be sufficient warning at night. In the daytime nothing but caution will do. For it is the opinion of engineers generally that seventy-five per cent. of the people hit are fully aware of the approach of the train and are struck as the result of misjudgment or carelessness or recklessness in the face of danger. Perhaps not even twenty-five per cent. were struck not knowing the train was upon them.

Foolish “Jokes” of Motorists

“I recall one day an open car coming at a fair speed towards the crossing. I had blown my whistle, but because it appeared to be a carload of girls I blew it again, for safety. Instead of slowing, the car put on speed. It was already too late for me to brake. We were hitting our top speed. All this happens, you must remember, in a flashing second or two. I was sick with the shock of it. I could scarcely look for fear. But as we rushed past my frozen gaze beheld two or three young girls laughing below me and waving, having pulled their car up suddenly, as they had intended from the start, not fifteen feet from the train.

“We get the shock, whether we hit or not.”

It is safe to say there is not an engineer of really long standing who has not hit something on a level crossing. He has excellent reason to fear them.

One engineer told of his worst accident. A car came to a stop at the crossing, the engineer watching, relieved of heart. The train bored on. Suddenly, to the horror of the engineer, he saw the car jerk into motion and start to cross after all, in low gear, apparently. Whether it was misjudgment of speed or whether the driver, flustered, had put his engine into gear; at any rate, the engineer and his mate felt the little bump which means that the 300-ton engine has struck the one-ton car. When they got stopped they found, on the pilot, a little boy of about five years dead. The father and mother were in fields to right and left.

“There was only one man who could possibly, under heaven, have averted that accident,” said the engineer, a pathetic look on his face, in remembrance of that horror. “And it was not I.”

Thundering through, the great engine cannot dodge. Either it must travel at its modern speed or railways must give up. And no matter whether the speed is sixty or twenty, the relative danger is still there.

What is the answer? In Ontario alone, in 1924, 63 persons were killed and 132 non-fatally injured in level crossing collisions. Ontario alone. The figures for the present year, to date, are 43 killed and 132 injured, in Ontario alone.2 The National Railways supplies the Safety League with statistics as to all cars that crash through gates after they have been lowered. This year the number has been 70. So gates, in a sense, are an actual menace, since a car that crashes gates stalls on the tracks, naturally.

Several of the United States have adopted the “stop law” at all level crossings. That is, motor cars and other vehicles must come to an absolute stop at level crossings at all times, whether there is a train coming or not. This necessitates the car changing gear and crossing in low or second. It permits warning signals to be seen or heard.

What inconvenience, what injustice would the stop law do the motoring public? In a hundred miles of travel a man would have to stop at level crossings an average of half a dozen times. In the course of a day a motorist does stop and change gears half a dozen times merely from the ordinary hazards and chances of the road, either a hole in the pavement, a detour obstruction, a traffic jam. Would the stop-law be so great an inconvenience?

Over a hundred dead in the past two years seem to testify in Ontario alone that the stop- law is due.

Thundering through they must thunder through, those great trains. A whole transportation system depends on the exactness of arrivals and departures.

On what depends the speed and the care of a motorist on the highway?

Just lives, human lives.


Editor’s Notes:

  1. Wigwags is a nickname for a type of railroad grade crossing signal once common in North America, referring to its pendulum-like motion that signaled a train’s approach. They seem to have been use from the 1920s to the late 1940s where they began to be phased out in favour of flashing lights. ↩︎
  2. Current information on deaths and injuries can be found on the Operation Lifesaver website, which also has good information on railway safety. ↩︎