njt.livelive · updated 0 s ago
To NY Pennchange

Last 5 commute days

3,952minutes of delay
23cancellations

362 trains · 100 late · 66% on time

Weekday Midtown Direct trains are running to Hoboken through Nov 14 (Portal Bridge cutover): they are counted here, in the same hours at Hoboken.

What counts

Trains arriving at New York Penn between 6 and 9 am and leaving between 4 and 7 pm, Monday to Friday, holidays excluded: 39 morning and 41 evening trains. Weekday Midtown Direct trains are running to Hoboken through Nov 14 (Portal Bridge cutover): they are counted here, in the same hours at Hoboken. Those trains are timed at their last stop before Hoboken. Delay is how late each train finished its run (10.9 min per train on average); late means 6 or more minutes, NJ Transit's own definition. Cancelled means it never ran or never completed its run. A cancelled train is not free: it counts the time its riders lost reaching their destination on the next train that would take them there (2,255 of the minutes above). Window: Tue, Nov 3 – Mon, Nov 9.

See your own trains here: set up MyCommute →

7 of 42 trains finished 6+ min late and 2 never ran or never finished so far today, worst first. A cancelled train counts what its riders lost getting there on the next train.

  1. NEC 3914+20min
    5:44 AM Trenton → New York
    Morning Mon, Nov 9 · NJ Transit: police activity
  2. NEC 3943+18min
    4:00 PM New York → Trenton
    Evening Mon, Nov 9 · NJ Transit: congestion
  3. NEC 3828+12min
    7:34 AM Trenton → New York
    Morning Mon, Nov 9
  4. M&E 6606+10min
    5:30 AM Dover → Hoboken
    Morning Mon, Nov 9
  5. M&E 6406+10min
    5:57 AM Peapack → Hoboken
    Morning Mon, Nov 9
All 9
  1. 5:01 AM Dover → Hoboken
    Morning Mon, Nov 9
  2. 6:32 AM Gladstone → Hoboken
    Morning Mon, Nov 9
  3. 7:07 AM Trenton → New York
    never arrived · Morning Mon, Nov 9 · ended at Newark Airport NJ Transit: mechanical problem
  4. 4:07 PM New York → Trenton
    cancelled · Evening Mon, Nov 9 · stops covered by 3865 NJ Transit: mechanical problem