Service timetable
10:15 London Cannon Street to London Cannon Street
Wednesday 7 October 2026
Planned service information
- Power type
- Electric multiple unit
- Maximum speed
- 75 mph
- Train class code
- S
- Operating characteristics
- D
| Location | Platform | Scheduled | Actual | |||
|---|---|---|---|---|---|---|
| Arrival | Departure | Arrival | Departure | Delay | ||
| London Cannon Street | 1 | 10:15 | 10:14 | -1 min | ||
| London Bridge | 1 | 10:18 | 10:20 | 10:17 | 10:20 | On time |
| New Cross | C | 10:26 | 10:26 | 10:27 | 10:28 | +2 min |
| St Johns (London) | 10:28 | 10:29 | 10:29 | 10:30 | +1 min | |
| Lewisham | 4 | 10:31 | 10:32 | 10:32 | 10:33 | +1 min |
| Blackheath | 2 | 10:35 | 10:35 | 10:35 | 10:36 | +1 min |
| Kidbrooke | 10:38 | 10:38 | 10:39 | 10:40 | +2 min | |
| Eltham | 10:41 | 10:42 | 10:42 | 10:43 | +1 min | |
| Falconwood | 10:45 | 10:45 | 10:45 | 10:46 | +1 min | |
| Welling | 10:47 | 10:47 | 10:48 | 10:49 | +2 min | |
| Bexleyheath | 10:50 | 10:51 | 10:51 | 10:52 | +1 min | |
| Barnehurst | 10:54 | 10:54 | 10:55 | 10:55 | +1 min | |
| Erith Loop | 10:58 | 10:58 | 10:59 | 10:59 | +1 min | |
| Slade Green | 1 | 11:00 | 11:01 | 10:59 | 11:01 | On time |
| Erith | 11:04 | 11:04 | 11:03 | 11:04 | On time | |
| Belvedere | 11:07 | 11:07 | 11:06 | 11:06 | -1 min | |
| Abbey Wood (London) | 1 | 11:10 | 11:10 | 11:09 | 11:10 | On time |
| Plumstead | 1 | 11:13 | 11:13 | 11:12 | 11:13 | On time |
| Woolwich Arsenal | 1 | 11:15 | 11:16 | 11:15 | 11:16 | On time |
| Woolwich Dockyard | 11:18 | 11:18 | 11:18 | 11:18 | On time | |
| Charlton | 1 | 11:21 | 11:22 | 11:21 | 11:22 | On time |
| Westcombe Park | 11:24 | 11:24 | 11:23 | 11:24 | On time | |
| Maze Hill | 11:26 | 11:26 | 11:25 | 11:26 | On time | |
| Greenwich | 11:29 | 11:29 | 11:29 | 11:29 | On time | |
| Deptford | 11:31 | 11:32 | 11:31 | 11:31 | -1 min | |
| London Bridge | 2 | 11:38 | 11:40 | 11:36 | 11:40 | On time |
| London Cannon Street | 4 | 11:44 | 11:43 | -1 min | ||
Bold times are confirmed TRUST movement reports. Italic times are predictions based on the latest confirmed delay.