Golden Week Hong Kong Rail Tickets Sell Out Fast
HK01 · 2 SOURCES1 day ago2 MIN
Summary
Demand for high-speed rail travel to Hong Kong has tightened sharply ahead of the National Day Golden Week, with multiple mainland departure points reporting sold-out or near-sold-out services on September 30 and October 1. Particularly sought-after are the overnight “depart in the evening, arrive in the morning” trains from Beijing, Shanghai and Hangzhou, whose September 30 departures to Hong Kong have already sold out. At the same time, MTR said it will strengthen East Rail Line and other urban railway services, while adding extra Hong Kong West Kowloon–Futian high-speed rail trains from October 1 to 4. MTR will also add sleeper services between Hong Kong West Kowloon and Beijing West on Tuesdays to Thursdays for two consecutive weeks starting September 29
Key Points
- Queries on the 12306 ticketing platform on Sunday showed heavy Golden Week demand, with several mainland cities seeing very tight bookings for Hong Kong-bound high-speed rail services
- Overnight Hong Kong-bound trains from Beijing, Shanghai and Hangzhou departing on September 30 were sold out, while some October 1 services had only limited remaining seats
- On October 1, tickets from Nanjing, Hefei, Guiyang, Fuzhou and Zhengzhou to Hong Kong were fully sold out, according to the reported 12306 checks
- Since July, new Hong Kong high-speed rail stops at Yiwu, Fuqingxi and Guangzhou North have also seen strong sales, with several dates already sold out
- MTR will add 13 pairs of daily Hong Kong West Kowloon–Futian trains from October 1 to 4 and deploy ambassadors at 11 tourist and border stations
Why It Matters
For Hong Kong readers, the combination of sold-out inbound trains and added local rail services points to heavier visitor traffic at stations, border crossings and major tourist districts during the holiday break. It also means cross-boundary travellers may need to plan around limited ticket availability and possible crowd-management measures at key stations.