The Rail Edition adds your inland ramps to the daily report. It shows the rail cut-off at each origin ramp, when the box reaches the port, and whether that still clears your vessel's CY cut - so a rail leg that no longer makes the sailing is flagged before you rail-bill, not at the ramp.
Built for inland-ramp exporters and the drayage teams that rail their boxes to the coast.
The rail commit chain
For an inland shipper, order to the port cut is one committed sequence. The moment you rail-bill, the load and the move are set - but the box then rides the train for days while the port cut can still move. The Rail Edition shows whether it still clears that cut before you commit.
You lock the whole chain at rail-bill - days before the box clears the port cut, and while that cut can still move. The Rail Edition shows whether the box still makes the vessel, so you adjust while there is still time - instead of finding out at the ramp.
Illustrative example. The lane, buffer, and lead times shown are for illustration; the rail leg commits roughly 10 to 14 days out on long lanes, before the port cut has finished forming. Source: TradeLanes eLane analytics.
Six capabilities. One daily report. The rail leg stops being a blind spot.
The rail cargo-receiving window at each origin ramp you select, shown in the ramp's own time zone - not the port's.
The rail cut-off plus the lane's transit tells you when the box reaches the marine terminal. Buffer is the gap to the vessel's CY cut. A negative buffer is a miss, and it sits at the top of the report.
In Canada, the report reads each railroad's per-vessel published grid into Vancouver (CN, CPKC). In the U.S., it covers structural lanes on BNSF, UP, CSX, and NS.
The Rail Edition reads the railroad's own published schedule - the source your team already trusts over the carrier's rail dates when the two disagree.
Your legs are sorted by how thin the buffer is, so the tightest connection is the first thing you read - not buried in a full republished schedule.
Each leg is captured with the schedule as it was published that morning, retained for per-diem and demurrage dispute defense.
Four rail legs into the same port, one week. The rail schedule held on all four. The slack did not.
| Rail leg | Line | Transit | Buffer to CY cut | Status |
|---|---|---|---|---|
| Chicago (LPC) → Los Angeles | BNSF | 5.0 days | +2 days | Clear |
| Cicero, Chicago → Seattle | BNSF | 7.3 days | +1 day | Tight |
| Memphis → Long Beach | BNSF | 5.7 days | -1 day | Miss |
| Greer, SC → Charleston | NS | 1.0 day | +4 days | Clear |
Same port, same week. The rail schedule held on all four. One still misses the vessel - because the port cut moved, not because the train was late.
One report. Two places the rail leg is decided.
Your box commits to the ramp a week or more before it sails. The Rail Edition shows whether each leg still clears the vessel while there is still time to change the plan.
The Rail Edition shows the rail-to-port buffer on each lane, so a box that will not clear the vessel is not the one you move to the ramp first.
A thin buffer is a signal. Whether to commit the box is a decision.
When a rail leg is tight, the Rail Edition shows it. But it does not decide whether to commit the box, hold for a later sailing, or book an alternative. That is what Ava does. Ava takes the buffer the Rail Edition surfaces and evaluates it against the vessel's cut behavior and the runway your lane has left - with a record of what you knew when you decided.
Track the inland ramps you ship from. See which legs clear the vessel this week - and which do not.
Add My Ramps See a Sample Rail EditionHow to read the buffer. The rail buffer reflects the structural gap between a lane's scheduled cut-off and your vessel's CY cut, using the railroad's schedule as published. It is not a reliability score. Train delays or carrier reroutes can compress this window after the fact. Rail cut-off movement is directly observed today on CN and CPKC into Vancouver; U.S. lane buffers are built from each railroad's published transit. Source: TradeLanes eLane analytics.