WeatherFront
@wxfront.bsky.social
Welcome to a new era of weather monitoring on a mobile device.
Download the iOS app for free today: https://apps.apple.com/app/weatherfront-radar-models/id6739154126
Download the iOS app for free today: https://apps.apple.com/app/weatherfront-radar-models/id6739154126
Satellite imagery captured a fresh coat of snow blanketing parts of Illinois, Indiana, Michigan, and Ohio this morning. ❄️
If you look closely, you can watch the snow slowly melt away. 🫠☀️
If you look closely, you can watch the snow slowly melt away. 🫠☀️
November 10, 2025 at 9:21 PM
Satellite imagery captured a fresh coat of snow blanketing parts of Illinois, Indiana, Michigan, and Ohio this morning. ❄️
If you look closely, you can watch the snow slowly melt away. 🫠☀️
If you look closely, you can watch the snow slowly melt away. 🫠☀️
It’s been a blustery past 36 hours across the northeast US. 💨
November 7, 2025 at 4:45 AM
It’s been a blustery past 36 hours across the northeast US. 💨
Sufficient shear and ample moisture return should support organized convection that could grow upscale along the cold front, especially Friday afternoon.
All hazards are possible with this storm system including heavy rainfall, damaging thunderstorm winds, and perhaps a tornado or two.
All hazards are possible with this storm system including heavy rainfall, damaging thunderstorm winds, and perhaps a tornado or two.
November 4, 2025 at 4:15 AM
Sufficient shear and ample moisture return should support organized convection that could grow upscale along the cold front, especially Friday afternoon.
All hazards are possible with this storm system including heavy rainfall, damaging thunderstorm winds, and perhaps a tornado or two.
All hazards are possible with this storm system including heavy rainfall, damaging thunderstorm winds, and perhaps a tornado or two.
A potent shortwave trough will swing through northern Argentina, Paraguay, and Southern Brazil Thursday and Friday.
At the surface, a deepening cyclone attached to a strong cold front will encounter 1,500-3,000 J/kg of instability Thursday and Friday, which will help initiate thunderstorms.
At the surface, a deepening cyclone attached to a strong cold front will encounter 1,500-3,000 J/kg of instability Thursday and Friday, which will help initiate thunderstorms.
November 4, 2025 at 4:15 AM
A potent shortwave trough will swing through northern Argentina, Paraguay, and Southern Brazil Thursday and Friday.
At the surface, a deepening cyclone attached to a strong cold front will encounter 1,500-3,000 J/kg of instability Thursday and Friday, which will help initiate thunderstorms.
At the surface, a deepening cyclone attached to a strong cold front will encounter 1,500-3,000 J/kg of instability Thursday and Friday, which will help initiate thunderstorms.
Severe weather season is starting to heat up in the Southern Hemisphere. ⛈️
The latest GEFS and ECENS guidance depicts daily chances of thunderstorms this week across South America, with the potential severity ramping up as we approach the weekend.
CONTINUED
The latest GEFS and ECENS guidance depicts daily chances of thunderstorms this week across South America, with the potential severity ramping up as we approach the weekend.
CONTINUED
November 4, 2025 at 4:15 AM
Severe weather season is starting to heat up in the Southern Hemisphere. ⛈️
The latest GEFS and ECENS guidance depicts daily chances of thunderstorms this week across South America, with the potential severity ramping up as we approach the weekend.
CONTINUED
The latest GEFS and ECENS guidance depicts daily chances of thunderstorms this week across South America, with the potential severity ramping up as we approach the weekend.
CONTINUED
Tropical Storm Kalmaegi is headed toward the Philippines. Impacts expected Mon night - Wed morning. 🌀
The storm will intensify to a Typhoon over the South China Sea with impacts possible in Vietnam Thu-Sat. ⚠️
Another storm may develop in the western Pacific by the second half of next weekend. ❓
The storm will intensify to a Typhoon over the South China Sea with impacts possible in Vietnam Thu-Sat. ⚠️
Another storm may develop in the western Pacific by the second half of next weekend. ❓
November 2, 2025 at 9:29 PM
Tropical Storm Kalmaegi is headed toward the Philippines. Impacts expected Mon night - Wed morning. 🌀
The storm will intensify to a Typhoon over the South China Sea with impacts possible in Vietnam Thu-Sat. ⚠️
Another storm may develop in the western Pacific by the second half of next weekend. ❓
The storm will intensify to a Typhoon over the South China Sea with impacts possible in Vietnam Thu-Sat. ⚠️
Another storm may develop in the western Pacific by the second half of next weekend. ❓
The hail threat across southeast Texas will increase over the next few hours as storms fire in the vicinity of a front.
A few Severe Thunderstorm Warnings are already in effect. Models disagree about how many strong storms will develop, but the Slight Risk outlines the area of greatest concern.
A few Severe Thunderstorm Warnings are already in effect. Models disagree about how many strong storms will develop, but the Slight Risk outlines the area of greatest concern.
November 1, 2025 at 11:07 PM
The hail threat across southeast Texas will increase over the next few hours as storms fire in the vicinity of a front.
A few Severe Thunderstorm Warnings are already in effect. Models disagree about how many strong storms will develop, but the Slight Risk outlines the area of greatest concern.
A few Severe Thunderstorm Warnings are already in effect. Models disagree about how many strong storms will develop, but the Slight Risk outlines the area of greatest concern.
Fall has arrived along the Gulf Coast! 💨📉
October 30, 2025 at 3:41 AM
Fall has arrived along the Gulf Coast! 💨📉
After landfall in Cuba overnight, what’s next for #Melissa?
🌀Maintains Category 2 strength (100+ mph winds) through tonight as she crosses the eastern Bahamas and Turks and Caicos.
🏎️Swept up by a strong upper trough moving off the US east coast & gains considerable forward speed in the coming days
🌀Maintains Category 2 strength (100+ mph winds) through tonight as she crosses the eastern Bahamas and Turks and Caicos.
🏎️Swept up by a strong upper trough moving off the US east coast & gains considerable forward speed in the coming days
October 29, 2025 at 1:08 PM
After landfall in Cuba overnight, what’s next for #Melissa?
🌀Maintains Category 2 strength (100+ mph winds) through tonight as she crosses the eastern Bahamas and Turks and Caicos.
🏎️Swept up by a strong upper trough moving off the US east coast & gains considerable forward speed in the coming days
🌀Maintains Category 2 strength (100+ mph winds) through tonight as she crosses the eastern Bahamas and Turks and Caicos.
🏎️Swept up by a strong upper trough moving off the US east coast & gains considerable forward speed in the coming days
The northward turn has begun.
Unfortunately, that means Melissa is almost certainly headed for landfall in Jamaica.
Wobbles — technically called trochoidal motion — are guaranteed over the next 18-24 hours. The direction and extent of motion will ultimately dictate exactly where landfall occurs.
Unfortunately, that means Melissa is almost certainly headed for landfall in Jamaica.
Wobbles — technically called trochoidal motion — are guaranteed over the next 18-24 hours. The direction and extent of motion will ultimately dictate exactly where landfall occurs.
October 27, 2025 at 5:37 PM
The northward turn has begun.
Unfortunately, that means Melissa is almost certainly headed for landfall in Jamaica.
Wobbles — technically called trochoidal motion — are guaranteed over the next 18-24 hours. The direction and extent of motion will ultimately dictate exactly where landfall occurs.
Unfortunately, that means Melissa is almost certainly headed for landfall in Jamaica.
Wobbles — technically called trochoidal motion — are guaranteed over the next 18-24 hours. The direction and extent of motion will ultimately dictate exactly where landfall occurs.
The ability to see this level of detail from a cell phone is truly remarkable.
October 26, 2025 at 2:44 PM
The ability to see this level of detail from a cell phone is truly remarkable.
Rapid intensification is indeed underway. 💣📈
October 26, 2025 at 12:47 AM
Rapid intensification is indeed underway. 💣📈
Pay close attention to the low levels of this hodograph as boundary layer winds increased in the Dallas-Fort Worth area Friday night.
In the 6 hours leading up to a possible tornado in Fort Worth, 0-1km SRH nearly quadrupled.
HRRR Analysis soundings accessed via the Mesoanalysis Sounding Tool
In the 6 hours leading up to a possible tornado in Fort Worth, 0-1km SRH nearly quadrupled.
HRRR Analysis soundings accessed via the Mesoanalysis Sounding Tool
October 25, 2025 at 1:25 PM
Pay close attention to the low levels of this hodograph as boundary layer winds increased in the Dallas-Fort Worth area Friday night.
In the 6 hours leading up to a possible tornado in Fort Worth, 0-1km SRH nearly quadrupled.
HRRR Analysis soundings accessed via the Mesoanalysis Sounding Tool
In the 6 hours leading up to a possible tornado in Fort Worth, 0-1km SRH nearly quadrupled.
HRRR Analysis soundings accessed via the Mesoanalysis Sounding Tool
Watch as severe thunderstorms ingest horizontal convective rolls (HCRs) in southwest Texas this afternoon. ☁️☁️☁️
Cloud streets are the visible manifestation of HCRs — alternating regions of upward and downward motion that tend to align with mean winds in the boundary layer.
Continued…
Cloud streets are the visible manifestation of HCRs — alternating regions of upward and downward motion that tend to align with mean winds in the boundary layer.
Continued…
October 24, 2025 at 9:39 PM
Watch as severe thunderstorms ingest horizontal convective rolls (HCRs) in southwest Texas this afternoon. ☁️☁️☁️
Cloud streets are the visible manifestation of HCRs — alternating regions of upward and downward motion that tend to align with mean winds in the boundary layer.
Continued…
Cloud streets are the visible manifestation of HCRs — alternating regions of upward and downward motion that tend to align with mean winds in the boundary layer.
Continued…