Detailed timetable
12:33 Larkhall to Dalmuir
Saturday 10 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 | ||
| Larkhall | 2 | 12:33 | 12:33 | On time | ||
| Merryton | 12:35 | 12:35 | 12:35 | 12:36 | +1 min | |
| Allanton Loop | DL | pass | 12:36 | 12:37 | +1 min | |
| Chatelherault | 12:38 | 12:38 | 12:38 | 12:39 | +1 min | |
| Haughhead Junction | pass | 12:39 | 12:40 | +1 min | ||
| Hamilton Central | 12:42 | 12:43 | 12:43 | 12:44 | +1 min | |
| Hamilton West | 12:45 | 12:45 | 12:46 | 12:46½ | ||
| Blantyre | 12:49 | 12:49 | 12:49½ | 12:50 | ||
| Newton (S Lanarks) | 1 | 12:53 | 12:53 | 12:53½ | 12:54½ | |
| Newton West Junction | pass | 12:55 | 12:56 | |||
| Cambuslang | 12:57 | 12:57 | 12:57½ | 12:58 | ||
| Rutherglen East Junction | pass | 12:58½ | 12:59½ | |||
| Rutherglen Central Junction | pass | 12:59 | 13:00 | |||
| Rutherglen | 1 | 13:00 | 13:01 | 13:01 | 13:02½ | |
| Dalmarnock | 13:04 | 13:04 | 13:04½ | 13:05 | ||
| Bridgeton | 13:06 | 13:06 | 13:06½ | 13:07½ | ||
| Argyle Street | 13:09 | 13:10 | 13:10 | 13:11 | ||
| Glasgow Central Low Level | 17 | 13:11 | 13:17 | 13:12 | 13:18 | |
| Anderston | 2 | 13:18 | 13:19 | 13:19 | 13:20 | |
| Exhibition Centre (Glasgow) | 2 | 13:21 | 13:21 | 13:21½ | 13:22½ | |
| Finnieston East Junction | pass | 13:23 | 13:24 | |||
| Partick | 2 | 13:25 | 13:25 | 13:25½ | 13:26 | |
| Hyndland | 2 | 13:27 | 13:27 | 13:27½ | 13:28½ | |
| Hyndland East Junction | pass | 13:28½ | 13:29½ | |||
| Jordanhill | 13:29 | 13:29 | 13:30 | 13:30½ | ||
| Scotstounhill | 13:32 | 13:32 | 13:32½ | 13:33 | ||
| Garscadden | 2 | 13:34 | 13:34 | 13:34½ | 13:35 | |
| Yoker | 13:36 | 13:36 | 13:37 | 13:37½ | ||
| Clydebank | 13:38 | 13:38 | 13:39 | 13:39½ | ||
| Dalmuir | 5 | 13:42 | 13:43 | |||
Bold times are confirmed TRUST movement reports. Italic times are predictions based on the latest confirmed delay.