A cyclone struck Brisbane, Queensland, on Saturday night, causing severe damage and flooding. The storm, named Alfred, was the region’s first tropical cyclone in 50 years, bringing winds of up to 85 km/h and prompting tens of thousands to evacuate their homes.
- Cyclone sounded like jet airliners overhead.
- Severe damage and flooding reported in Brisbane.
- Nearby beach completely eroded by winds.
- Tens of thousands evacuated from homes.
- Brisbane city appeared deserted post-cyclone.
- Mr. Harrop has experienced multiple cyclones.
Cyclone Alfred made landfall in Brisbane, Queensland, on March 8, 2025. It was notable for being the first tropical cyclone to impact the region in five decades. The storm’s winds reached speeds of 85 km/h, resulting in significant power outages and forcing tens of thousands of residents to evacuate. Reports indicate that the cyclone caused severe damage to infrastructure, with many areas experiencing extensive flooding.
Witnesses described the experience as frightening, with one individual noting that the noise of the cyclone resembled “three or four jet airliners roaring over the roof.” The storm led to the erosion of nearby beaches and stripped branches from trees due to heavy rainfall. Many residents reported that driving through Brisbane felt like navigating a ghost town, with few people visible on the streets.
- Winds reached up to 85 km/h.
- Severe flooding affected multiple neighborhoods.
- Power outages impacted most of Brisbane.
Despite the chaos, some homes were spared from significant damage. David Harrop, a resident from Warwickshire, was in Brisbane for work and described the unpredictability of the storm’s damage. He had initially planned for a holiday in Australia, but those plans are now uncertain due to the aftermath of the cyclone.
The impact of Cyclone Alfred on Brisbane has been substantial, with many residents facing challenges in the aftermath. The storm serves as a reminder of the potential dangers associated with tropical cyclones and the importance of preparedness in affected regions.