Historical climate averages in Singapore for July
Singapore · 2023–2025 · 93 daily observations
A month-level reference built from observed daily highs, lows, and precipitation values. Use it to see how July fits into Singapore's annual pattern, then jump to nearby months below.
Average High
30.6°C
Average Low
26.1°C
Record High
33.4°C
Record Low
23.9°C
Average Daily Precipitation
4.2mm
Data Coverage
2023–2025 (93 obs)
July in context
July in Singapore is the 6th warmest month by average daytime high. Average highs reach 30.6°C and average lows settle near 26.1°C.
the 10th wettest month by average daily precipitation. Average daily precipitation is 4.2mm, versus 10.6mm in January, the wettest month.
This snapshot is built from 93 daily observations collected between 2023 and 2025. Record highs and lows mark the single hottest and coldest daily readings in the archive for this month.
Relative to the full year
- Daytime highs: +0.2°C vs city-wide monthly average
- Nighttime lows: +1.0°C vs city-wide monthly average
- Daily precipitation: -2.2mm vs city-wide monthly average
Archive quality
- Coverage: 2023–2025 (93 obs)
- Temperature span: 9.5°C between record low and high
- Driest month benchmark: February at 2.7mm
How this summary is calculated
PastWeather groups all recorded days for July, then calculates the average daytime high, average nighttime low, and average daily precipitation value for that month. The cards above stay tied to observed data rather than travel copy or generic climate descriptions.
Average high / low
Mean daily maximum and minimum temperatures across every recorded July day in the archive.
Record extremes
The single hottest and coldest daily readings observed during this month, useful for understanding outlier risk.
Precipitation note
Precipitation is shown as an average daily value for this month, which helps compare wetter and drier parts of the year on the same basis.
Explore another month
Move month by month or jump straight to the warmest, coldest, or wettest part of the year for Singapore.