Company Description :
Asia Odyssey Travel was founded in 2010 by Mr. Dai Feng. The company is headquartered in Chengdu and has multiple branches and offices in Tibet, 

Xinjiang, Guilin, Beijing, Hong Kong, Malaysia, Singapore, Bhutan, Taiwan and other places. It focuses on foreigners entering Asia for tourism and 

distinctive Chinese destination experiential tourism. We provide professional tourism products such as business inspections, hiking expeditions, 

peer groups, customization, and conference services.

Our company maintains good cooperative relations with many inbound tour groups in the Yangtze River Delta and the Pearl River Delta, such as Beijing, 

Shanghai, Guangzhou, and Shenzhen, and has organized peer inspection and exchange activities many times. The company's development and design of 

"Foreign Guests to Tibet", "Foreign Guests to Xinjiang", "Foreign Guests to Taiwan", "Foreign Guests to the Philippines", "Foreign Guests to Bhutan", 

"China Tour" and other series of Asian products have been well received by the market.

Subsidiary sharing

Tibet Heshun Sunshine Travel Agency Co., Ltd. is a branch of Asia Odyssey Travel Co., Ltd. located in Lhasa, focusing on product development and 

local services for Tibet routes. The agency was founded in 2006 and is one of the first travel agencies in Tibet with qualifications and experience in 

receiving international tourists. It merged with Asian Odyssey Travel in 2019. We have strong ability to handle foreign guests' entry permits in Tibet, 

extremely high fleet coordination ability, and the best Chinese/English/small language tour guides in Tibet, as well as cost-effective hotel and restaurant 

resources. In recent years, it has become a top travel agency in Tibet for receiving inbound tourists, and has received continuous praise.

Main Business :

Inbound tours; foreign guests entering Tibet to land in groups/long-distance tours in China to land in separate groups; foreign guests landing in 

Taiwan/Russia/Philippines/Maldives and other destinations to land in separate groups