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Aviation Weather Diagrams

Weather Diagrams

High-density multi-track meteogram, vertical wind sounding, solar path elevation arc, and geomagnetic activity timeline for UAV pilots.

Flying Location
Location
Evaluating Profile: Standard consumer droneMax Wind: 25 km/h • Temp: 0°C to 40°C
Select Forecast Day
No forecast data available for this date.

24-Hour Solar Path & Daylight Arc

Sun elevation angle (° above/below horizon)
Live Sun Elevation: 921°
0°+6°00:0004:0008:0012:0016:0020:0000:00
Civil Dawn (Dawn)09:56 AM
Sunrise10:24 AM
Solar Noon04:55 PM
Sunset11:26 PM

NOAA Planetary Kp Geomagnetic Activity

3-Hour planetary Kp index & GPS lock confidence
Current Kp: 2Quiet / Optimal
2
00–03
2.7
03–06
2.7
06–09
2.1
09–12
1.4
12–15
1.2
15–18
1.8
18–21
2
21–24

The Kp index measures Earth's geomagnetic field disturbance. Values under 4 indicate quiet space weather. Multi-constellation GNSS (GPS + GLONASS + Galileo) is resilient, but elevated Kp (≥ 5) can cause compass drift or slow satellite lock.

An aviation meteogram is a multi-layer synchronized time-series graph displaying temperature, dew point, wind vectors, gusts, precipitation probability, and cloud layers along a single timeline.

Wind shear is the variation of wind speed and direction between different altitudes. Friction slows surface wind, but winds at 120m (400ft ceiling) can be 50% stronger, impacting battery return margins and multirotor stability.

The solar elevation curve is computed using precise astronomical algorithms based on your latitude, longitude, and date, charting the exact times for golden hour, civil twilight, and solar noon.