DAWN.COM

Today's Paper | December 24, 2024

Updated 05 Oct, 2022 10:52am

Saudi desert megacity wins bid to host 2029 Asian Winter Games

RIYADH: Saudi Arabia said on Tuesday it has won a bid to host the 2029 Asian Winter Games at a planned mountain resort in the Gulf Arab state’s $500 billion flagship NEOM project.

The TROJENA development is expected to be completed in 2026 and will offer outdoor skiing, a man-made freshwater lake and a nature reserve, according to the project’s website.

“With the unlimited support by the Saudi leadership & HRH Crown Prince to the sport sector we are proud to announce we have won the bid to host AWG TROJENA2029 as the first country in west Asia,” Sports Minister Prince Abdulaziz Bin Turki Al-Faisal said on Twitter.

NEOM is Crown Prince Mohammed bin Salman’s most ambitious project under the kingdom’s Vision 2030 development plan to reduce reliance on oil and transform the economy, including by developing sports.

NEOM, a 26,500-square-km (10,230-square-mile) high-tech development on the Red Sea, will include zero-carbon city “The Line” as well as industrial and logistics areas.

“The deserts and mountains of Saudi Arabia will soon be a playground for winter sports,” the Olympic Council of Asia (OCA) said in a statement on the decision made during its general assembly meeting in Phnom Penh.

The Saudi bid was “unanimously approved”, the statement said, noting that the megacity known as NEOM will be the first West Asian city to host the event.

First announced in 2017, NEOM has consistently raised eyebrows for proposed flourishes like flying taxis and robot maids, even as architects and economists have questioned its feasibility.

The Asian Winter Games are slated to take place in Trojena, an area of NEOM “where winter temperatures drop below zero Celsius (32 Fahrenheit) and year-round temperatures are generally 10 degrees cooler than the rest of the region”, according to the project’s website.

Published in Dawn, October 5th, 2022

Read Comments

Scientists observe ‘negative time’ in quantum experiments Next Story