China and North Korea reopen Dandong-Pyongyang passenger train after six-year pause
A passenger train linking Dandong in China with Pyongyang in North Korea crossed the Amnok River bridge that connects the two countries on the morning of the 12th, marking the resumption of international passenger service after a six-year pause. The eight-car train consisted of one blue locomotive, one white freight car, and six dark-green passenger cars, and carried signage in both Chinese and Korean reading “Dandong-Pyongyang,” according to the Nikkei.
The train is scheduled to arrive in Pyongyang on the 13th, the report said. The service had been suspended since North Korea closed its borders in 2020 amid the COVID-19 pandemic, limiting foreign arrivals.

China’s state rail authority, the China Railway Group, announced that international passenger trains between Dandong and Pyongyang would operate in both directions from the 12th, and that travelers possessing passports valid for outbound travel could use the service. The line runs four times a week: Monday, Wednesday, Thursday and Saturday.
Dandong, a major border city in China's Liaoning Province, sits opposite North Korea’s Sinuiju across the Amnok (Yalu) River. The bridge over the river is known as the China-North Korea Friendship Bridge, one of the few rail links between the two countries and a focal point for cross-border travel.

For U.S. readers, the reopening matters because it signals a renewed, if cautious, channel for people-to-people exchange and limited travel between China and North Korea. The development could influence regional dynamics, trade and supply-chain considerations tied to North Korea, and broader diplomatic signaling in Northeast Asia.
North Korea’s border controls have historically been tightly managed, and cross-border traffic remains subject to political and security considerations. Still, the restart of passenger service with China underscores how closely Pyongyang’s ties with Beijing continue to shape regional flows of people, goods and information.