Rural layby spot in Halifax
Rural, Layby, Nature
Car photography locations in Bradford
14 spots to scout, mostly rural, nature and inland water.
Spots in Bradford
Rural layby spot in Halifax
Rural, Layby, Nature
Rural layby spot in Halifax
Rural, Layby, Nature
Rural inland water spot in Huddersfield
Rural, Inland Water, Nature
Rural inland water spot in Huddersfield
Rural, Inland Water, Nature
On the map in PhotoScout
+9 more spotsin Bradford
Every one is pinned on the map in PhotoScout, with its photos, golden hour times and live weather.
See every spot in BradfordSpot types in Bradford
Share of the 14 spots in Bradford that carry each tag.
Includes spots in Halifax, Burnley, Huddersfield and Royton.
- Rural11 spots
- Nature10 spots
- Inland Water5 spots
- Historic4 spots
- Layby4 spots
Golden hour in Bradford
Sunrise, golden hour and blue hour in Bradford on the 15th of each month, in London time.
| Month | Sunrise | Morning golden hour | Evening golden hour | Sunset | Blue hour |
|---|---|---|---|---|---|
| Jan | 08:16 | 07:56–09:19 | 15:15–16:37 | 16:17 | 16:58–17:43 |
| Feb | 07:26 | 07:06–08:18 | 16:26–17:37 | 17:17 | 17:53–18:35 |
| Mar | 06:22 | 06:02–07:08 | 17:25–18:31 | 18:11 | 18:46–19:27 |
| Apr | 06:07 | 05:47–06:54 | 19:21–20:28 | 20:08 | 20:46–21:34 |
| May | 05:06 | 04:46–05:59 | 20:09–21:22 | 21:02 | 21:48–22:53 |
| Jun | 04:36 | 04:16–05:35 | 20:41–21:59 | 21:39 | 22:33–00:11 |
| Jul | 04:56 | 04:36–05:52 | 20:34–21:49 | 21:29 | 22:19–23:36 |
| Aug | 05:46 | 05:26–06:35 | 19:47–20:56 | 20:36 | 21:16–22:08 |
| Sep | 06:40 | 06:20–07:27 | 18:37–19:43 | 19:23 | 19:59–20:41 |
| Oct | 07:34 | 07:14–08:23 | 17:22–18:31 | 18:11 | 18:46–19:26 |
| Nov | 07:33 | 07:13–08:31 | 15:11–16:29 | 16:09 | 16:49–17:32 |
| Dec | 08:18 | 07:58–09:26 | 14:38–16:06 | 15:46 | 16:30–17:15 |
Golden hour starts 20 minutes before sunrise and lasts until the sun is 6° up, then comes back in the evening from 6° until 20 minutes after sunset. Blue hour is the evening twilight that follows. Each spot in PhotoScout has its own times for its exact position.
