Weather conditions from closest available locations;
Today and Tomorrow Forecast
Thu 02 Feb | 02:00 |

NNW
|
4 / 9 mph
|
55 /
54°F
| 65% |
1016 mb
|
100%
|
0.00 In
|
|
| 05:00 |

NW
|
3 / 7 mph
|
53 /
53°F
| 68% |
1016 mb
|
88%
|
0.00 In
|
|
| 08:00 |

N
|
2 / 3 mph
|
55 /
54°F
| 67% |
1019 mb
|
60%
|
0.00 In
|
|
| 11:00 |

E
|
0 / 0 mph
|
58 /
57°F
| 69% |
1022 mb
|
100%
|
0.00 In
|
|
| 14:00 |

ESE
|
5 / 6 mph
|
60 /
60°F
| 69% |
1020 mb
|
100%
|
0.00 In
|
|
| 17:00 |

E
|
7 / 8 mph
|
60 /
60°F
| 64% |
1019 mb
|
92%
|
0.00 In
|
|
| 20:00 |

ESE
|
4 / 4 mph
|
59 /
59°F
| 75% |
1020 mb
|
27%
|
0.00 In
|
|
| 23:00 |

E
|
2 / 2 mph
|
56 /
56°F
| 77% |
1021 mb
|
74%
|
0.00 In
|
|
Fri 03 Feb | 02:00 |

ENE
|
3 / 5 mph
|
53 /
53°F
| 77% |
1020 mb
|
79%
|
0.00 In
|
|
| 05:00 |

E
|
4 / 6 mph
|
51 /
51°F
| 78% |
1019 mb
|
72%
|
0.00 In
|
|
| 08:00 |

ENE
|
3 / 5 mph
|
50 /
49°F
| 81% |
1021 mb
|
45%
|
0.00 In
|
|
| 11:00 |

ENE
|
4 / 5 mph
|
58 /
57°F
| 61% |
1021 mb
|
63%
|
0.00 In
|
|
| 14:00 |

ESE
|
4 / 5 mph
|
65 /
63°F
| 51% |
1016 mb
|
26%
|
0.00 In
|
|
| 17:00 |

ENE
|
5 / 5 mph
|
66 /
64°F
| 48% |
1014 mb
|
15%
|
0.00 In
|
|
| 20:00 |

NE
|
5 / 7 mph
|
61 /
61°F
| 61% |
1015 mb
|
30%
|
0.00 In
|
|
| 23:00 |

NNE
|
5 / 8 mph
|
57 /
56°F
| 69% |
1017 mb
|
46%
|
0.00 In
|
|
Click here for more days
Weather Charts
Rain/Snow

Cloud

Wind

Temp

Upper Air

3 Hour Accumulated Rainfall in mm
3 Hour Accumulated Snowfall in cm
°C
kn
Other Locations Near to Heyang
The 2 day current weather summary for Heyang:
Over the next 2 days the Heyang forecast suggests the average daytime maximum temperature will be around 18°C, with a high for the week of 19°C expected on the afternoon of Wednesday 1st.
The average minimum temperature will be 11°C, dipping to its lowest on the morning of Friday 3rd at 10°C.
The week ahead will
have mostly dry days although Tuesday is likely to see a significant amount of rain.
The indicators are that Thursday 3rd will have the most precipitation with an accumulation of around 0.0mm.
On the whole winds are likely to be light.