Japan Airlines to increase flights on several international routes for winter 2024/2025 and introduce A350-1000 to London

Airbus A350-1000 japan airlines

Japan Airlines season will increase its flights on several international routes in Asia-Pacific and Australia for the 2024/2025 season, plus offer first-class seating on select services to Hawaii. In the domestic market, the carrier will modify the scheduling of some routes.

Japan Airlines Increase in international flights

  • Tokyo Narita – Jakarta: increase from 11 to 13 weekly flights.
  • Tokyo Narita – Bangalore: increase from 3 to 5 flights per week
  • Tokyo Narita – Melbourne: increase from 3 to 6 flights per week
  • Tokyo Narita – Shanghai Pudong: 7 weekly flights (resumption)
  • Tokyo Narita – Taipei Taoyuan: 14 weekly flights (seasonal increase continues)
  • Tokyo Narita – Guam: increase from 5 to 7 flights per week
  • Osaka Kansai – Shanghai: increase from 3 to 7 flights per week
  • Nagoya – Shanghai Pudong: increase from 5 to 7 flights per week
  • Nagoya – Taipei Taoyuan: 5 weekly flights (seasonal service)

Special flights

  • Tokyo Narita – Honolulu: December 5 & 6 (From Narita: JL 8786, from Honolulu: JL 8785)

Introduction of First Class service

Tokyo Haneda – Honolulu

  • JL 74: Dec. 26, 27 and 31, Jan. 1
  • JL 72:Dec. 30, Jan. 5

Honolulu – Tokyo Haneda

  • JL 73: Dec. 26,27 & 31, Jan. 1 & 5
  • JL 71: December 30

Japan Airlines’ A350-1000 to fly to Europe for the first time

By autumn 2024, the Airbus A350-1000 will be introduced on the Tokyo Haneda – London Heathrow route (JL 43/JL 44). This aircraft will operate two daily flights to New York-JFK and daily flights to Dallas/Fort Worth starting August 23.

Domestic market

  • Starting January 7, the Osaka Itami – Miyazaki route increases from 5 to 6 daily flights for a limited period.
  • Flights on routes from Kagoshima to remote islands are to be increased during peak periods.
  • Services from Sapporo to Kushiro, Hakodate and Akita will be reduced from December 1 to February 28 to optimize responsiveness to weather irregularities.

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