Pegas Touristik opens Phu Quoc routes from 4 Russian cities

Russian tour operator Pegas Touristik has announced the launch of a new flight program to the Vietnamese island of Phu Quoc for the autumn-winter season 2026/2027. The initiative is being carried out in cooperation with the Russian airline Ikar, with scheduled departures from four major Russian cities: Moscow, Yekaterinburg, Novosibirsk, and Krasnoyarsk. The program starts from Yekaterinburg on October 21. From other cities the program starts:  Novosibirsk – October 27, Krasnoyarsk – October 30, Moscow – October 31 Sheremetyevo airport). 

The flight schedules are tailored to different departure points. Tours from Moscow and Yekaterinburg are organized in a chain format with a standard duration of 13 nights. Meanwhile, flights from Novosibirsk and Krasnoyarsk will offer packages lasting 12 nights.  For travelers looking to extend their tropical getaway, PEGAS Touristik is also offering longer stays. Tourists can book packages ranging from 24 to 26 nights, with some options extending up to an impressive 37 nights.

Travelers are encouraged to book early, as the operator is currently running a significant early-bird promotion. Discounts on accommodation reach up to 25% off regular rates. To highlight the value of early booking, the tour operator released sample pricing for New Year’s holidays. The following are the costs for a tour departing from Moscow on December 30, lasting 13 nights, based on double occupancy:  

• Summer Dream Hotel 3* – starting from 399,000 RUB (approx. $4,337 USD)
• La Bonte Boutique Home Phu Quoc 4* – starting from 405,000 RUB (approx. $4,402 USD)
• Hillside Luxury Phu Quoc Apartment 5* – starting from 518,800 RUB (approx. $5,639 USD)

One of the key advantages for Russian nationals traveling to Vietnam is the favorable entry policy. Russian citizens enjoy a visa-free regime for stays of up to 45 days. This means travelers only need a valid international passport to enter the country, with no additional fees or lengthy visa application processes required.