Netflix's highly anticipated broadcast of Alex Honnold's daring free solo climb of Taipei 101, titled Skyscraper Live, has been postponed due to adverse weather conditions in Taiwan. The event, which was originally scheduled for tonight, will now take place on Saturday, January 24, at 8 PM ET/5 PM PT, following a 24-hour delay.
Safety Concerns Prompt Delay
Heavy rain in Taipei, the capital of Taiwan, has led to the postponement of Alex Honnold's attempt to scale the iconic 1,667-foot, 101-storey skyscraper without ropes or safety gear. Netflix, which is broadcasting the live event, confirmed the delay on their official X account, emphasising that safety is their primary concern. The professional rock climber, aged 40, is known for his record-breaking free solo ascents, and this stunt aims to push the boundaries of the sport to new heights.
Updated Scheduling and Viewer Information
In response to the postponement, Netflix has updated its app to reflect the new timing, listing the event as "Live tomorrow" for viewers. This adjustment ensures that audiences worldwide can tune in at the rescheduled time without confusion. The delay allows for improved weather conditions, which are crucial for such a high-risk endeavour, as even minor precipitation can significantly increase the danger of climbing without protective equipment.
Background on the Event and Climber
Alex Honnold gained global fame through the Oscar-winning documentary Free Solo, which chronicled his ascent of El Capitan in Yosemite National Park. His latest challenge, scaling Taipei 101, represents one of the most ambitious free solo climbs ever attempted on a man-made structure. The event is part of Netflix's expanding portfolio of live sports and entertainment broadcasts, aiming to captivate audiences with real-time, high-stakes content.
The postponement underscores the unpredictable nature of outdoor stunts and the importance of prioritising safety over spectacle. Fans and viewers are advised to check the Netflix app for further updates as the new date approaches.
