[NEHF] Mit 8000 Watt auf dem großen Blatt die letzten 3km Abfahrt ballern – Weather Forecast

Bach, Nordrhein-Westfalen, DE

Distance: 3.1 km
Elevation gain: 108 m

This page shows a route-based weather forecast for the [NEHF] Mit 8000 Watt auf dem großen Blatt die letzten 3km Abfahrt ballern cycling climb in Bach, Nordrhein-Westfalen, DE. Unlike a simple location forecast, conditions are calculated at every point along the climb — from the base to the summit — using the actual route profile and elevation data.

You'll see hour-by-hour temperature, wind speed and direction, precipitation probability, and cloud cover adjusted for altitude. Choose your planned departure time to align the forecast with your ride.

[NEHF] Mit 8000 Watt auf dem großen Blatt die letzten 3km Abfahrt ballern

Distance
3.08 km
1.91 mi
Elevation Gain
108 m
354 ft

Plan Your Ride

No breaks added. Click "Add Break" then click on the map.

Route Map

Elevation Profile

Start place details

Weather Forecast

Hourly around Sun 30 Aug 11:05

Sun
11:00 ▸ departure
wb_sunny
Partly cloudy
21°
Precipitation 0.0 mm
Wind 6 km/h
Sun
12:00
cloud
Overcast
22°
Precipitation 0.0 mm
Wind 6 km/h
Sun
13:00
cloud
Overcast
23°
Precipitation 0.0 mm
Wind 5 km/h
Sun
14:00
cloud
Overcast
23°
Precipitation 0.0 mm
Wind 5 km/h

Climate Overview

Month
Day Temperature Temp Day
Night Temperature Temp Night
Sunny Days Sunny Days
Sun Hours Sun Hours
Rain Days Rain Days
Precipitation Precipitation
Humidity Humidity
UV Index UV Index
Day Length Day Length
Jan 6°C 0°C 9 3.5h 19 128 mm 75 % 2 8h 32m
Feb 7°C 0°C 15 5.7h 15 23 mm 73 % 3 10h 3m
Mar 13°C 3°C 23 8.9h 8 11 mm 70 % 4 11h 55m
Apr 17°C 6°C 26 10.2h 12 78 mm 68 % 5 13h 51m
May 19°C 9°C 27 11.6h 15 61 mm 65 % 6 15h 33m
Jun 24°C 14°C 28 12.6h 14 102 mm 67 % 7 16h 26m
Jul 24°C 15°C 29 11.7h 22 113 mm 66 % 8 15h 59m
Aug 24°C 14°C 29 11.1h 9 51 mm 68 % 7 14h 28m
Sep 19°C 12°C 24 8.4h 21 123 mm 70 % 5 12h 36m
Oct 14°C 9°C 10 4.8h 24 121 mm 72 % 4 10h 40m
Nov 10°C 4°C 13 4.9h 16 48 mm 76 % 2 8h 57m
Dec 8°C 3°C 14 4.0h 14 55 mm 77 % 2 8h 1m