Collection of Major Typhoon Records and Damage Information in 2025

Typhoon Danas (DANAS) No. 4 in 2025 was active from July 4, 2025, 12:00 to July 9, 2025, 00:00 UTC, recording a minimum pressure of 965 hPa and a maximum wind speed of 75 kt. This typhoon developed over the sea east of the Philippines and passed through the areas around Taiwan and the Ryukyu Islands, affecting eastern China and the East China Sea in early July. Strong rain and winds, as well as damage to crops and facilities, were reported primarily in Taiwan and eastern China. Although it did not make direct landfall on the Korean Peninsula, it serves as a good reference case for monitoring northward typhoons during the summer.

When reviewing the records, be sure to check not only the minimum pressure and maximum wind speed but also the wind radius, movement speed, and areas of landfall or proximity. Even the same intensity of typhoon can cause greater rainfall damage if the movement is slow, and if the wind radius is wide, regions far from the center may face increased risks of traffic issues, power outages, and maritime accidents.

Typhoon Wipha (WIPHA) No. 6 in 2025 was active from July 18, 2025, 00:00 to July 22, 2025, 12:00 UTC, recording a minimum pressure of 975 hPa and a maximum wind speed of 60 kt. This typhoon passed over the northern sea of the Philippines and the South China Sea, moving towards Hong Kong, Macau, southern China, and Vietnam. Its wide wind radius demonstrated that even areas not directly traversed by the center of the typhoon could still experience significant winds and heavy rains. Reports of flooding, evacuation, and traffic disruptions came from southern China and Vietnam.

When reviewing the records, be sure to check not only the minimum pressure and maximum wind speed but also the wind radius, movement speed, and areas of landfall or proximity. Even the same intensity of typhoon can cause greater rainfall damage if the movement is slow, and if the wind radius is wide, regions far from the center may face increased risks of traffic issues, power outages, and maritime accidents.

Typhoon Co-May (CO-MAY) No. 8 in 2025 was active from July 23, 2025, 12:00 to July 31, 2025, 00:00 UTC, recording a minimum pressure of 975 hPa and a maximum wind speed of 60 kt. This typhoon passed around Taiwan and the Ryukyu Islands, affecting the pressure systems around eastern China and the Korean Peninsula in late July. It served as an example of how heavy rains and winds can impact the East China Sea, the eastern coast of China, and seas around the Korean Peninsula. This underscores the importance of checking air traffic, maritime transport, and coastal safety information during the summer vacation season.

When reviewing the records, be sure to check not only the minimum pressure and maximum wind speed but also the wind radius, movement speed, and areas of landfall or proximity. Even the same intensity of typhoon can cause greater rainfall damage if the movement is slow, and if the wind radius is wide, regions far from the center may face increased risks of traffic issues, power outages, and maritime accidents.

Typhoon Krosa (KROSA) No. 9 in 2025 was active from July 24, 2025, 00:00 to August 4, 2025, 06:00 UTC, recording a minimum pressure of 965 hPa and a maximum wind speed of 75 kt. This long-lasting typhoon moved through the southern seas of Japan and the Izu and Ogasawara Islands, maintaining its strength over an extended period. With a lifespan over 11 days and a wide diameter of strong winds, it could significantly affect wave heights, shipping routes, and weather in island regions for a long time. While it did not cause severe landfall damage, it serves as a case worth observing for prolonged maritime influence and indirect rain and wind effects.

When reviewing the records, be sure to check not only the minimum pressure and maximum wind speed but also the wind radius, movement speed, and areas of landfall or proximity. Even the same intensity of typhoon can cause greater rainfall damage if the movement is slow, and if the wind radius is wide, regions far from the center may face increased risks of traffic issues, power outages, and maritime accidents.

Typhoon Podul (PODUL) No. 11 in 2025 was active from August 7, 2025, 12:00 to August 14, 2025, 00:00 UTC, recording a minimum pressure of 960 hPa and a maximum wind speed of 80 kt. This typhoon developed near the Northern Mariana Islands and moved towards northern Philippines, Taiwan, southern China, and Vietnam. Reports of heavy rains and strong winds were noted in Taiwan, southern China, and Vietnam. As it traveled a long distance, warning systems in multiple countries operated sequentially in response to this typhoon.

When reviewing the records, be sure to check not only the minimum pressure and maximum wind speed but also the wind radius, movement speed, and areas of landfall or proximity. Even the same intensity of typhoon can cause greater rainfall damage if the movement is slow, and if the wind radius is wide, regions far from the center may face increased risks of traffic issues, power outages, and maritime accidents.

Typhoon Kajiki (KAJIKI) No. 13 in 2025 was active from August 22, 2025, 18:00 to August 26, 2025, 06:00 UTC, recording a minimum pressure of 950 hPa and a maximum wind speed of 80 kt. This typhoon moved towards Vietnam in the South China Sea and developed strongly within a relatively short period. Reports of strong rains, landslides, power outages, and agricultural damage were followed in Vietnam and neighboring countries. This case highlights how a typhoon with a minimum pressure of 950 hPa can cause significant land impact in a short time.

When reviewing the records, be sure to check not only the minimum pressure and maximum wind speed but also the wind radius, movement speed, and areas of landfall or proximity. Even the same intensity of typhoon can cause greater rainfall damage if the movement is slow, and if the wind radius is wide, regions far from the center may face increased risks of traffic issues, power outages, and maritime accidents.

Typhoon Ragasa (RAGASA) No. 18 in 2025 was active from September 18, 2025, 18:00 to September 25, 2025, 06:00 UTC, recording a minimum pressure of 905 hPa and a maximum wind speed of 110 kt. A representative strong typhoon of 2025 that threatened northern Philippines, areas near Taiwan, Hong Kong, Macau, and southern China. According to Digital Typhoon standards, with a minimum pressure of 905 hPa, it was classified among the strongest typhoons in the Northwest Pacific in 2025. There were large-scale evacuations, disruptions to air and maritime transport, and significant discussions about the risks of storm surges and flooding in the Philippines, Taiwan, and southern China.

When reviewing the records, be sure to check not only the minimum pressure and maximum wind speed but also the wind radius, movement speed, and areas of landfall or proximity. Even the same intensity of typhoon can cause greater rainfall damage if the movement is slow, and if the wind radius is wide, regions far from the center may face increased risks of traffic issues, power outages, and maritime accidents.

Typhoon Neoguri (NEOGURI) No. 19 in 2025 was active from September 18, 2025, 06:00 to September 29, 2025, 00:00 UTC, recording a minimum pressure of 925 hPa and a maximum wind speed of 100 kt. This strong typhoon moved northward over a long period in the Northwest Pacific, traversing the center of the ocean. With a minimum pressure of 925 hPa and a movement distance of over 5,000 km, its longevity and movement span were significant. Instead of focusing on direct landfall damage, this case is suitable for observing offshore routes, the seas east of Japan, swells, and prolonged maritime risks.

When reviewing the records, be sure to check not only the minimum pressure and maximum wind speed but also the wind radius, movement speed, and areas of landfall or proximity. Even the same intensity of typhoon can cause greater rainfall damage if the movement is slow, and if the wind radius is wide, regions far from the center may face increased risks of traffic issues, power outages, and maritime accidents.

Typhoon Bualoi (BUALOI) No. 20 in 2025 was active from September 23, 2025, 12:00 to September 29, 2025, 12:00 UTC, recording a minimum pressure of 975 hPa and a maximum wind speed of 65 kt. This typhoon moved rapidly from near the Philippines towards the South China Sea and Vietnam. Given its relatively high average movement speed, the warning and evacuation times could decrease. Reports of heavy rains, flooding, and landslides were noted in Vietnam and Laos, and due to the extent of the damage, there were discussions about retiring the storm's name.

When reviewing the records, be sure to check not only the minimum pressure and maximum wind speed but also the wind radius, movement speed, and areas of landfall or proximity. Even the same intensity of typhoon can cause greater rainfall damage if the movement is slow, and if the wind radius is wide, regions far from the center may face increased risks of traffic issues, power outages, and maritime accidents.

Typhoon Matmo (MATMO) No. 21 in 2025 was active from October 2, 2025, 12:00 to October 6, 2025, 06:00 UTC, recording a minimum pressure of 975 hPa and a maximum wind speed of 70 kt. This typhoon impacted the South China Sea, southern China, and northern Vietnam in early October. This type can produce crossing rainfall bands and coastal wind, as well as risks of river flooding. It is important to consider not only the direct path of the center but also the effects of the rear rainfall clouds and mountainous terrain.

When reviewing the records, be sure to check not only the minimum pressure and maximum wind speed but also the wind radius, movement speed, and areas of landfall or proximity. Even the same intensity of typhoon can cause greater rainfall damage if the movement is slow, and if the wind radius is wide, regions far from the center may face increased risks of traffic issues, power outages, and maritime accidents.

Typhoon Kalmaegi (KALMAEGI) No. 25 in 2025 was active from November 1, 2025, 12:00 to November 7, 2025, 00:00 UTC, recording a minimum pressure of 950 hPa and a maximum wind speed of 90 kt. This strong typhoon moved from central Philippines and Palawan towards Vietnam in early November. Reports of floods, landslides, large-scale evacuations, and fatalities were significantly noted in central Philippines, especially in Cebu. Subsequent typhoons approached, worsening the already saturated ground and delaying recovery efforts.

When reviewing the records, be sure to check not only the minimum pressure and maximum wind speed but also the wind radius, movement speed, and areas of landfall or proximity. Even the same intensity of typhoon can cause greater rainfall damage if the movement is slow, and if the wind radius is wide, regions far from the center may face increased risks of traffic issues, power outages, and maritime accidents.

Typhoon Fung-Wong (FUNG-WONG) No. 26 in 2025 was active from November 6, 2025, 00:00 to November 13, 2025, 00:00 UTC, recording a minimum pressure of 935 hPa and a maximum wind speed of 95 kt. This large typhoon intensified rapidly in the Philippine Sea, bending towards Taiwan after passing through Luzon. According to the UK's Guardian report, at least 8 people died in the Philippines, over 1.4 million were evacuated, and about 3 million experienced power outages. Given the prior damage from Kalmaegi, this can be viewed as a representative case of complex disaster response.

When reviewing the records, be sure to check not only the minimum pressure and maximum wind speed but also the wind radius, movement speed, and areas of landfall or proximity. Even the same intensity of typhoon can cause greater rainfall damage if the movement is slow, and if the wind radius is wide, regions far from the center may face increased risks of traffic issues, power outages, and maritime accidents.