The Time Now > Netherlands > Delfshaven

Current local time in Delfshaven, Netherlands

Current conditions in
Rotterdam Zestienhoven Airport

Overcast. Cool.
Temperature
Wind
Last update
Units
48.2°F Feels like 40.66°F
22.99 mph from 240° SW
Sun, Dec 21, 2014, 4:55 PM CET
Change to SI
(°C, km, km/h)

UTC/GMT offset

Standard time zone
Daylight saving time (DST)
Time zone abbreviation
UTC/GMT +1 hour
No daylight saving time to observe right now
DST starts on Sun, Mar 29, 2015, 2:00 AM local standard time, clocks will turn forward 1 hour to 3:00 AM

DST ends on Sun, Oct 25, 2015, 3:00 AM local daylight time, clocks will turn backward 1 hour to 2:00 AM

48-hour forecast for Delfshaven

Last update: Sun, Dec 21, 2014, 1:00 PM CET
Sunday
Evening
50°F
22 mph
Night
50°F
24 mph
Monday
Morning
52°F
26 mph
Afternoon
54°F
27 mph
Evening
50°F
25 mph
Night
50°F
26 mph
Tuesday
Morning
48°F
22 mph
Afternoon
52°F
22 mph
Change to SI (°C, km, km/h)

7-day forecast for Delfshaven

Last update: Sun, Dec 21, 2014, 1:00 PM CET
Monday
Hi 54°F
Lo 50°F
27 mph
Tuesday
Hi 52°F
Lo 48°F
22 mph
Wednesday
Hi 50°F
Lo 43°F
16 mph
Thursday
Hi 45°F
Lo 41°F
16 mph
Friday
Hi 41°F
Lo 37°F
17 mph
Saturday
Hi 43°F
Lo 37°F
28 mph
Sunday
Hi 43°F
Lo 36°F
17 mph
Change to SI (°C, km, km/h)

Coordinates

Hourly coordinates
Decimal coordinates
Elevation
Latitude
Longitude
51° 54' North
4° 27' East
Latitude
Longitude
51.90488
4.45315
7 meters (22.97 feet)

Airports nearby Delfshaven (air distance)

From closest to farthest
Miles
Km
Dir.
Rotterdam Zestienhoven Airport
3.12
5.03
Amsterdam Schiphol Airport
29.66
47.73
Gilze-Rijen
31.41
50.54
Woensdrecht
31.9
51.35
Eindhoven Airport
51.71
83.23
Volkel
56.42
90.81
Deelen
61.73
99.34
Antwerp / Deurne
48.76
78.47
Other time-related pages and tools
World Clock
Current time worldwide with the world clock
Time Zones
Abbreviations
Time Zone Converter
Find the time difference between Delfshaven and another place
Meeting Planner
Find the better time for a meeting with people around the world

Cities nearby Delfshaven (air distance)