Demanding this hour because of gusts at 16.3 mph and a 9.8 mph gust spread. This gust spread may produce pronounced changes in airspeed and landing timing.
Gust assessment includes the highest forecast input (16 mph).
Hour detailsShowHide
- Surface wind model range
- 2 mph – 17 mph
- Gust model range
- 4 mph – 16 mph
- Surface wind
- 7 mph · ESE
- Highest gust input
- 16 mph
- Altitude reference
- Provider terrain estimate (993 m MSL); launch elevation unverified
- Flight-layer model range
- 1 mph – 16 mph
- Gust speed (spread)
- 11 mph (+5)
- Wind at 394 ft above reference terrain
- 5 mph · ENE
- Surface-to-flight direction change
- 38°
- Thermal activity
- Thermals possible - strength unknown (active activity estimated)
- Forecast confidence
- Low · 6 forecast inputs
What stands out
The strongest forecast concern is a 9.8 mph gust spread.
Key takeaways
- This gust spread may produce pronounced changes in airspeed and landing timing. Thermal strength is unknown because the activity is estimated.
- Consider a calmer window, especially for newer pilots.
Demanding this hour because of gusts at 16.8 mph and a 9.9 mph gust spread. This gust spread may produce pronounced changes in airspeed and landing timing.
Gust assessment includes the highest forecast input (17 mph).
Hour detailsShowHide
- Surface wind model range
- 2 mph – 18 mph
- Gust model range
- 3 mph – 17 mph
- Surface wind
- 7 mph · ESE
- Highest gust input
- 17 mph
- Altitude reference
- Provider terrain estimate (993 m MSL); launch elevation unverified
- Flight-layer model range
- 0 mph – 16 mph
- Gust speed (spread)
- 14 mph (+7)
- Wind at 394 ft above reference terrain
- 6 mph · ENE
- Surface-to-flight direction change
- 42°
- Thermal activity
- Thermals possible - strength unknown (active activity estimated)
- Forecast confidence
- Low · 6 forecast inputs
What stands out
The strongest forecast concern is a 9.9 mph gust spread.
Key takeaways
- This gust spread may produce pronounced changes in airspeed and landing timing. Thermal strength is unknown because the activity is estimated.
- Consider a calmer window, especially for newer pilots.
Demanding this hour because of gusts at 17.2 mph and a 10 mph gust spread. This gust spread may produce pronounced changes in airspeed and landing timing.
Gust assessment includes the highest forecast input (17 mph).
Hour detailsShowHide
- Surface wind model range
- 2 mph – 19 mph
- Gust model range
- 4 mph – 17 mph
- Surface wind
- 7 mph · ESE
- Highest gust input
- 17 mph
- Altitude reference
- Provider terrain estimate (993 m MSL); launch elevation unverified
- Flight-layer model range
- 1 mph – 17 mph
- Gust speed (spread)
- 14 mph (+7)
- Wind at 394 ft above reference terrain
- 6 mph · ENE
- Surface-to-flight direction change
- 42°
- Thermal activity
- Thermals possible - strength unknown (active activity estimated)
- Forecast confidence
- Low · 6 forecast inputs
What stands out
The strongest forecast concern is a 10 mph gust spread.
Key takeaways
- This gust spread may produce pronounced changes in airspeed and landing timing. Thermal strength is unknown because the activity is estimated.
- Consider a calmer window, especially for newer pilots.
Demanding this hour because of gusts at 17.2 mph, a 9.7 mph gust spread, and a strong-convection indicator. This major weather signal may create rapid changes around takeoff, low-level flight, or landing.
Gust assessment includes the highest forecast input (17 mph). At least one forecast input indicates strong convection.
Hour detailsShowHide
- Surface wind model range
- 3 mph – 19 mph
- Gust model range
- 4 mph – 17 mph
- Surface wind
- 7 mph · ESE
- Highest gust input
- 17 mph
- Altitude reference
- Provider terrain estimate (993 m MSL); launch elevation unverified
- Flight-layer model range
- 1 mph – 17 mph
- Gust speed (spread)
- 13 mph (+6)
- Wind at 394 ft above reference terrain
- 6 mph · E
- Surface-to-flight direction change
- 33°
- Thermal activity
- Thermals possible - strength unknown (active activity estimated)
- Forecast confidence
- Low · 6 forecast inputs
What stands out
The strongest forecast concern is a strong-convection indicator.
Key takeaways
- This major weather signal may create rapid changes around takeoff, low-level flight, or landing. Thermal strength is unknown because the activity is estimated.
- Consider a calmer window, especially for newer pilots.
Demanding this hour because of gusts at 17.6 mph, a 10.9 mph gust spread, and a strong-convection indicator. This major weather signal may create rapid changes around takeoff, low-level flight, or landing.
Gust assessment includes the highest forecast input (18 mph). At least one forecast input indicates strong convection.
Hour detailsShowHide
- Surface wind model range
- 2 mph – 19 mph
- Gust model range
- 3 mph – 18 mph
- Surface wind
- 7 mph · E
- Highest gust input
- 18 mph
- Altitude reference
- Provider terrain estimate (993 m MSL); launch elevation unverified
- Flight-layer model range
- 0 mph – 17 mph
- Gust speed (spread)
- 13 mph (+6)
- Wind at 394 ft above reference terrain
- 6 mph · ENE
- Surface-to-flight direction change
- 25°
- Thermal activity
- Thermals possible - strength unknown (active activity estimated)
- Forecast confidence
- Low · 6 forecast inputs
What stands out
The strongest forecast concern is a strong-convection indicator.
Key takeaways
- This major weather signal may create rapid changes around takeoff, low-level flight, or landing. Thermal strength is unknown because the activity is estimated.
- Consider a calmer window, especially for newer pilots.
Demanding this hour because of gusts at 17.9 mph, a 11.2 mph gust spread, and a strong-convection indicator. This major weather signal may create rapid changes around takeoff, low-level flight, or landing.
Gust assessment includes the highest forecast input (18 mph). At least one forecast input indicates strong convection.
Hour detailsShowHide
- Surface wind model range
- 1 mph – 20 mph
- Gust model range
- 3 mph – 18 mph
- Surface wind
- 7 mph · E
- Highest gust input
- 18 mph
- Altitude reference
- Provider terrain estimate (993 m MSL); launch elevation unverified
- Flight-layer model range
- 0 mph – 18 mph
- Gust speed (spread)
- 12 mph (+6)
- Wind at 394 ft above reference terrain
- 6 mph · ENE
- Surface-to-flight direction change
- 16°
- Thermal activity
- Thermals possible - strength unknown (building activity estimated)
- Forecast confidence
- Low · 6 forecast inputs
What stands out
The strongest forecast concern is a strong-convection indicator.
Key takeaways
- This major weather signal may create rapid changes around takeoff, low-level flight, or landing. Thermal strength is unknown because the activity is estimated.
- Consider a calmer window, especially for newer pilots.
Demanding this hour because of gusts at 17.9 mph, a 12.8 mph gust spread, and a strong-convection indicator. This major weather signal may create rapid changes around takeoff, low-level flight, or landing.
Gust assessment includes the highest forecast input (18 mph). At least one forecast input indicates strong convection.
Hour detailsShowHide
- Surface wind model range
- 1 mph – 20 mph
- Gust model range
- 3 mph – 18 mph
- Surface wind
- 5 mph · ENE
- Highest gust input
- 18 mph
- Altitude reference
- Provider terrain estimate (993 m MSL); launch elevation unverified
- Flight-layer model range
- 1 mph – 18 mph
- Gust speed (spread)
- 11 mph (+6)
- Wind at 394 ft above reference terrain
- 7 mph · ENE
- Surface-to-flight direction change
- 7°
- Thermal activity
- Thermals possible - strength unknown (building activity estimated)
- Forecast confidence
- Low · 6 forecast inputs
What stands out
The strongest forecast concern is a strong-convection indicator.
Key takeaways
- This major weather signal may create rapid changes around takeoff, low-level flight, or landing. Thermal strength is unknown because the activity is estimated.
- Consider a calmer window, especially for newer pilots.
Demanding this hour because of gusts at 16.8 mph, a 12 mph gust spread, and a strong-convection indicator. This major weather signal may create rapid changes around takeoff, low-level flight, or landing.
Gust assessment includes the highest forecast input (17 mph). At least one forecast input indicates strong convection.
Hour detailsShowHide
- Surface wind model range
- 0 mph – 20 mph
- Gust model range
- 3 mph – 17 mph
- Surface wind
- 5 mph · ENE
- Highest gust input
- 17 mph
- Altitude reference
- Provider terrain estimate (993 m MSL); launch elevation unverified
- Flight-layer model range
- 1 mph – 18 mph
- Gust speed (spread)
- 11 mph (+6)
- Wind at 394 ft above reference terrain
- 7 mph · NE
- Surface-to-flight direction change
- 4°
- Thermal activity
- Thermals possible - strength unknown (building activity estimated)
- Forecast confidence
- Low · 6 forecast inputs
What stands out
The strongest forecast concern is a strong-convection indicator.
Key takeaways
- This major weather signal may create rapid changes around takeoff, low-level flight, or landing. Thermal strength is unknown because the activity is estimated.
- Consider a calmer window, especially for newer pilots.
Demanding this hour because of gusts at 15.4 mph, a 10.4 mph gust spread, and a strong-convection indicator. This major weather signal may create rapid changes around takeoff, low-level flight, or landing.
Gust assessment includes the highest forecast input (15 mph). At least one forecast input indicates strong convection.
Hour detailsShowHide
- Surface wind model range
- 1 mph – 20 mph
- Gust model range
- 4 mph – 15 mph
- Surface wind
- 5 mph · NE
- Highest gust input
- 15 mph
- Altitude reference
- Provider terrain estimate (993 m MSL); launch elevation unverified
- Flight-layer model range
- 0 mph – 18 mph
- Gust speed (spread)
- 10 mph (+5)
- Wind at 394 ft above reference terrain
- 7 mph · NE
- Surface-to-flight direction change
- 2°
- Thermal activity
- Thermals possible - strength unknown (low activity estimated)
- Forecast confidence
- Low · 6 forecast inputs
- Daylight
- Dark at this location
What stands out
The strongest forecast concern is a strong-convection indicator.
Key takeaways
- This major weather signal may create rapid changes around takeoff, low-level flight, or landing. Thermal strength is unknown because the activity is estimated.
- Consider a calmer window, especially for newer pilots.