Satellite captures moment Bomb Cyclone exploded over US coast

A powerful “bomb cyclone” is rapidly intensifying off the West Coast of the United States, promising to unleash torrential rains, hurricane-force winds, and heavy mountain snow across California and the Pacific Northwest.
Satellite imagery has captured stunning views of this massive storm system as it approaches land.
The National Oceanic and Atmospheric Administration’s GOES-West satellite has provided dramatic timelapse footage of the cyclone’s development, revealing its classic comma-shaped structure characteristic of rapidly intensifying mid-latitude storms.
This visual spectacle from space shows the storm’s immense size and potential impact.
Meteorologists warn that this system could be one of the strongest low-pressure systems on record for the region. The storm is expected to bring over a month’s worth of rain to parts of Northern California, with some areas potentially receiving up to 16 inches of precipitation within a 48-hour period.
The term “bomb cyclone” refers to a storm that undergoes “bombogenesis,” a process where the central pressure drops rapidly, leading to explosive strengthening.
This particular system is intensifying so dramatically that it may reach “triple-bomb” status, surpassing traditional criteria for such cyclones.
In addition to heavy rainfall, the storm is forecast to generate hurricane-force wind gusts along the coast and in mountainous areas. Blizzard warnings are in effect for parts of the Cascades, where snowfall could exceed one foot and wind gusts may reach up to 60 mph.
As the storm approaches, authorities are urging residents to prepare for potential flash flooding, power outages, and hazardous travel conditions. The combination of heavy rain and strong winds could lead to downed trees and power lines, particularly in urban areas.
While the storm poses significant risks, it also brings much-needed precipitation to a region that has faced persistent drought conditions.
However, the rapid influx of water could overwhelm drainage systems and increase the risk of mudslides in areas recently affected by wildfires