Railroad Crossing Safety

What is Railroad Crossing Safety?

A delivery driver running behind schedule approached a rural railroad crossing marked only by a crossbuck sign -- no gates, no flashing lights. He slowed to 15 mph, glanced left, saw nothing, and rolled across the tracks. What he did not see was a 90-car grain train approaching from the right, partially hidden by a grain elevator 300 yards from the crossing. The train's horn sounded, but the driver's windows were up and his radio was on. The locomotive struck the rear quarter of his van at 40 mph, spinning the vehicle 270 degrees and ejecting cargo across a field. The driver survived with a spinal fracture. The train engineer, who had activated the horn a quarter mile back and applied emergency braking, said the train did not fully stop for another 3,400 feet -- more than six-tenths of a mile past the crossing.

Railroad crossing safety is the practice of approaching, stopping at, and crossing railroad tracks with the understanding that trains cannot stop quickly, cannot swerve, and always have the right of way. It means never assuming a crossing is clear based on a quick glance, because the physics of a train's mass and speed make every misjudgment potentially fatal.

Key Components

1. Understand the Physics That Make Trains Unforgiving

• A loaded freight train weighing 12,000 tons traveling at 55 mph requires approximately 5,280 feet -- a full mile -- to stop under emergency braking; this means that even if the engineer sees you on the tracks and brakes immediately, the train cannot stop in time.
• Trains are wider than the tracks by approximately three feet on each side, and the overhang of certain cars can extend even further -- standing "beside" the tracks within six feet is not a safe distance when a train passes.
• The visual illusion of speed makes trains appear to be moving much slower than they actually are because of their size; a train moving at 60 mph covers 88 feet per second, and the human brain consistently underestimates this closing speed when viewing a large object head-on.
• Trains can come from either direction at any time, including on tracks that appear abandoned or rarely used -- freight schedules change daily, and maintenance vehicles, inspection cars, and special trains use tracks with no public schedule.

2. Approach Every Crossing Correctly

• Slow down as you approach any railroad crossing, turn down the radio, and roll down your window so you can hear a horn or bell -- visual obstructions (buildings, vegetation, curves) may hide an approaching train, but sound often arrives before sight.
• At crossings with flashing lights and gates, stop at least 15 feet from the nearest rail (behind the stop line if marked) and do not proceed until the gates are fully raised and lights have stopped flashing -- a second train may be approaching on an adjacent track.
• At passive crossings (crossbuck sign only, no active signals), treat the crossing as a stop sign: stop completely, look both directions down the track as far as you can see, listen, and proceed only when you are certain no train is approaching from either direction.
• Never stop your vehicle on the tracks for any reason; if traffic is backed up beyond the crossing, wait on your side of the tracks until there is room for your entire vehicle to clear the far side before you begin crossing.

3. Never Race, Drive Around, or Outsmart a Train

• Never attempt to beat a train to the crossing; if warning lights are flashing or gates are descending, a train is typically less than 30 seconds away, and the time you "save" by racing across is measured in seconds while the consequence of miscalculating is measured in fatalities.
• Driving around lowered gates is illegal in every state and is the leading cause of vehicle-train fatalities at gated crossings -- the gates exist because a train is close enough that you cannot safely cross, and your car cannot accelerate fast enough to clear the tracks before the train arrives.
• If your vehicle stalls on the tracks, get everyone out immediately and move at a 45-degree angle away from the tracks in the direction the train is coming from -- this path moves you away from the tracks and away from the debris field that a collision would create.
• Never use a railroad crossing as a shortcut, a place to turn around, or a place to park; the tracks are active infrastructure where a train can appear in under 30 seconds from beyond your line of sight.

Building Your Safety Mindset

1. Treat Every Crossing as Active

   • There are over 200,000 railroad crossings in the United States, and roughly half have no active warning devices (gates or lights) -- the absence of a signal does not mean the absence of a train.
   • Build the habit of stopping or slowing significantly at every crossing, even ones you have driven through hundreds of times without seeing a train -- frequency of safe crossings creates complacency, and complacency at a railroad crossing is eventually fatal.
   • Remember that trains do not follow a schedule you have access to, and a track that has been quiet for weeks may have a train on it today -- never assume a crossing is safe based on past experience.

2. Respect the Right of Way Absolutely

   • A train has the right of way at every crossing, every time, without exception -- there is no traffic law, schedule pressure, or emergency that justifies entering the tracks when a train may be approaching.
   • If you are uncertain whether you can clear the tracks before a train arrives, the answer is always to wait -- the worst outcome of waiting is a brief delay, while the worst outcome of guessing wrong is unsurvivable.
   • Teach every driver in your household that railroad crossings are the one traffic situation where there is zero margin for error, because the other "vehicle" weighs ten thousand times more than yours and cannot yield.

3. Stay Alert for Non-Obvious Dangers

   • Double-track and multiple-track crossings require extra caution: after one train passes, a second train may be approaching on the adjacent track, hidden by the first train -- wait until you can see clearly down all tracks before proceeding.
   • Be aware that trains are quieter than you expect from the front; modern welded rail and electric locomotives produce far less noise than you would assume for a vehicle of that mass, especially at crossings where terrain or buildings absorb sound.
   • Watch for vehicles ahead of you that may stop at the crossing unexpectedly (school buses are required to stop at all crossings) -- maintain following distance so you are not forced to stop on the tracks because the vehicle ahead stopped short.

Discussion Points

1. How many railroad crossings are on your regular driving routes, and for each one, do you know whether it has active signals or just a crossbuck -- and does your behavior actually change between the two types?
2. If a loaded freight train needs a full mile to stop, and you are on the tracks with the train 1,000 feet away at 55 mph, how many seconds do you have -- and is that enough time to react, start your stalled car, and clear the crossing?
3. Why do approximately 2,100 vehicle-train collisions still occur every year in the United States despite the fact that trains always travel on fixed, predictable paths -- what does this say about how drivers assess risk at crossings?

Action Steps

• Identify every railroad crossing on your daily driving routes and note which ones have active signals (gates and lights) and which are passive (crossbuck only) -- commit to stopping completely at every passive crossing starting today.
• On your next drive across railroad tracks, roll down your window and turn off the radio before the crossing to test whether you can hear a train horn -- practice this until it becomes automatic.
• Check that you know the emergency procedure for a stalled vehicle on tracks: get everyone out, move at a 45-degree angle toward the approaching train's direction but away from the tracks, and call 911 and the railroad emergency number posted on the crossbuck sign.
• Share the "one mile to stop" fact with a family member or coworker this week and ask them whether they treat railroad crossings differently than traffic lights -- start a conversation about why the physics demand different behavior.