Arram level crossing

Automatic half-barrier level crossing on the North and East route (ELR HBS).

predicted
OPEN
for 11 min

Information only. Always follow the signals and barriers at the crossing. Predictions may be wrong.

next: πŸš„ in 12 min Β· 8 min late

Next 30 min

OPEN 09:58–10:09 11m
CLOSED 10:09–10:10 2m
OPEN 10:10–10:14 4m
CLOSED 10:14–10:16 2m
OPEN 10:16–10:26 11m
CLOSED 10:26–10:28 2m
OPEN 10:28–10:37 β†’ 9m
Under the hood
Thu 22 Oct Β· 09:58
Today Tomorrow

Trains in window

10:10 πŸš„ 1J44 Scarborough β†’ Sheffield Up (NW β†’ SE) +8 min
10:15 πŸš† 2W12 Hull β†’ Bridlington Down (SE β†’ NW) active
10:27 πŸš† 2R06 Bridlington β†’ York Up (NW β†’ SE) active
πŸš„Express passenger πŸš†Passenger
now 09:58:19 Β· 74 avg Β· 3 in window
timetable cif full+upd 2026-10-21..2026-10-23
fetched 02:08:22
trust 33,173 active Β· 31,697 delays Β· 1,962 cancelled Β· 9 reconnects
Nearby crossings

All 866 crossings in Eastern β†’

About this crossing

How often it closes

On today’s timetable, Arram crossing is predicted to be closed for about 2 h 29 min between 06:00 and 22:00, across roughly 62 closures. The longest single predicted closure is 3 minutes. Freight paths scheduled “as required” (most don’t run on any given day) aren’t counted here; when one does run, the live timeline above shows it.

Worst times to cross today

Closures cluster around 07:28–08:28 in the morning and around 17:50–18:50 in the evening. Gaps between closures are longest outside those windows. Other days run a different timetable, so the peaks move.

About this crossing

The crossing is in Arram, East Riding of Yorkshire, next to the station.

Arram is a automatic half-barrier crossing (AHB-X) on the Beverley–Bridlington line (North and East route · ELR HBS). The approaching train itself triggers the closure at a fixed point on its approach. Forecasts here combine the working timetable with live train-movement data (and live signalling where the crossing has it), so they reflect actual running including delays and freight, though they can still be wrong when the network is disrupted.

How accurate is this forecast?

Our accuracy measurement doesn't cover this crossing yet. Reports from people at the crossing are the ground truth here. How we measure β†’

Is this right?