In the mid 2010s, many Amtrak riders could plan around published times and expect long runs to stay close unless weather or a major incident intervened. On many corridors, the train would still stop for meets, yet the pauses were often short enough that the trip kept its rhythm from city to city. Now the same routes can spend long stretches halted at signals, routed into sidings, or crawling behind other traffic, so average speed drops even when the top speed on open track has not changed for years. Added dwell for late inbound equipment, and tighter connection buffers can make a familiar run look longer on the timetable.
Recent federal and Amtrak reporting points to structural causes rather than a single bad season. Amtrak says freight train interference caused 850,000 minutes of delay in 2024, meaning passengers were held while dispatchers let freight movements run first. FRA’s FY 2024 Q4 service quality report likewise shows freight train interference as the largest delay source per 10,000 train miles on most Class I host railroads. BTS notes that long-distance trains can arrive up to 30 minutes late and still count as on time, so riders may face long mid-trip stops even when endpoint metrics look acceptable.
Freight Ownership And Dispatching
Outside the Northeast Corridor, most Amtrak service runs on lines owned by freight railroads, so dispatching control is held by the host. Federal law says Amtrak passenger trains should receive preference on shared track except during an emergency, but that rule is hard to apply minute by minute. A passenger train can be stopped short of a junction or held at a control point until a freight train clears, and those holds can repeat several times in one trip. On single track territory, one missed meet can trigger a chain of new waits that pull down average speed. Time lost at low speed cannot be fully recovered later, so the schedule stretches.
Amtrak’s on-time performance page describes freight train interference as a dispatching choice to delay passengers so freight can run first, and it attributes 850,000 minutes of delay in 2024 to that cause. The Justice Department echoed the same dynamic in its July 30, 2024, complaint against Norfolk Southern, alleging the host regularly failed to give required preference and caused widespread delays. When priority is not granted, riders experience long stops outside stations and late arrivals that were less common on the same routes a decade ago. Connections can break because onward trains depart.
Longer Freight Trains And Tighter Operations
Operational changes in freight railroading have made shared corridors harder to run smoothly. The Government Accountability Office notes that major freight railroads adopted precision scheduled railroading, an approach linked by stakeholders to service changes and different network management. When assets are tightly scheduled, there is less slack to absorb a disruption, so a late freight train can block the path a passenger train was expected to use. On lines with limited sidings, a passenger train may be forced to trail a slower freight for many miles, cutting the trip’s average speed. Delay then spreads to later stops.
Longer freight trains add a physical constraint that riders notice as extended stops. If a freight train exceeds the length of an available siding, it cannot fully clear the main line quickly, so opposing traffic waits. This matters more than peak speed because the passenger train may be stationary, then must accelerate and brake repeatedly, which wastes minutes and energy. FRA reports that freight train interference was the largest delay cause per 10,000 train miles on most Class I hosts in FY 2024 Q4, showing how congestion shows up in official counts. Compared with a decade ago, more of the journey is spent waiting for a clear track.
Schedule Padding And What On Time Means
Published trip times have lengthened on many routes because schedules are now written with more recovery time. When a train is frequently delayed at known pinch points, extra minutes are inserted at intermediate stations and along busy segments so the endpoint looks less late. This padding can make a run feel slower even on a good day because the train may sit at a platform to protect a connection window or to avoid arriving before a slot opens. Instead of one big late arrival, the lost time is spread across the trip and becomes part of the advertised journey. Riders who remember tighter timetables from 2015 notice the difference at checkout.
BTS explains that on-time status depends on trip length, with long-distance trains treated as on time when arrival is within 30 minutes of schedule. That rule means a train can lose a large block of time in the middle and still be counted as acceptable if the endpoint falls inside the window. BTS also publishes hours of delay by cause, which lets readers compare patterns over time rather than rely on the memory of one trip. When padding grows, delays may be felt onboard even as reported on-time rates look steadier than the experience suggests. The midpoint stops that cause the frustration are not captured by a simple endpoint label.
Slow Orders And Work Windows
Speed restrictions from maintenance and infrastructure conditions are another reason the trip feels slower than it did a decade ago. FRA’s FY 2024 Q4 report notes that on CPKC, slow orders were the largest cause of delays to Amtrak trains, and it lists slow orders alongside freight interference as key categories. A slow order can cut speed for miles, and several in a row remove the benefit of any brief higher speed stretch. When the limits are posted, they must be followed for safety, so the minutes are predictable and unavoidable. Over a long route, those steady cuts can add more time than a single dispatch hold.
Work windows can multiply the impact of a restriction. When one track is taken out of service for surfacing, signal work, or bridge repairs, trains are funneled through a narrower path and must wait their turn. A passenger train can arrive at a work zone just as a freight train enters, then sit until the segment clears, sometimes outside any station. Heat limits can also reduce speed, and the train then reaches the next stop late, creating another delay. Dispatchers may batch traffic through a single track block, so a missed window can cost an hour. After that, the schedule cannot be reclaimed before the endpoint.
A Decade Change Seen On The Crescent Route
The decade shift is easiest to see when a single route is examined. On July 30, 2024, the Justice Department filed a civil complaint against Norfolk Southern focused on Amtrak’s Crescent, which runs between New York and New Orleans. Reuters reported that 266,000 passengers traveled on the Crescent route in the prior year and that only 24 percent of southbound Crescent trains arrived on time in 2023 on Norfolk Southern lines. The filing pointed to the statutory preference rule for Amtrak on shared track. When on-time performance falls that far, riders build extra hours into their plans, and the mode feels slow.
In September 2025, Reuters reported that the Justice Department moved to dismiss the case after Norfolk Southern agreed to give Amtrak passenger trains the highest priority over freight and to train employees on that rule. The settlement also included records and supervisory controls for dispatching decisions that do not prioritize passenger trains outside emergencies. This episode shows that slowness is not only about track speed, but also about how often passenger trains are made to wait for a path. When those waits rise over time, the travel day grows, even if the train’s advertised top speed stays the same.
References
- Amtrak On-Time Performance and Delay Causes – amtrak.com
- Amtrak 2024 Host Railroad Report Card – amtrak.com
- Amtrak Time Performance Trends and Hours of Delay by Cause – bts.gov
