Starlink Satellite Internet Expected to Cost About $85 per Month in Vietnam

The arrival of Starlink satellite Internet in Vietnam is drawing significant attention from the technology community and the telecommunications market. According to information from the Vietnam Telecommunications Authority under the Ministry of Science and Technology of Vietnam, the satellite Internet service developed by SpaceX is expected to cost around 2.2 million VND (about $85) per month, with an initial hardware cost of approximately 9.2 million VND ($350).

Vietnam’s decision to allow Starlink to conduct a pilot deployment marks an important step in expanding national connectivity infrastructure. It is also the first time a foreign company has been permitted to test low-Earth-orbit satellite Internet services in the country.

Expected Starlink Pricing in Vietnam

According to the proposed business plan, individual users in Vietnam will pay approximately $435 for the first month when subscribing to Starlink. This cost includes roughly $350 for the satellite receiver equipment, while the remaining amount covers the first month’s service fee of about $85.

After installation, users will maintain the service with a monthly subscription fee of $85, equivalent to about 2.2 million VND. Starlink operates under a flat-rate pricing model, meaning customers are not charged based on data usage and can access the Internet without bandwidth caps.

However, regulators noted that this is still a proposed pricing structure. The final price will be determined when the company officially launches commercial services and completes price registration procedures. The final rate will depend on several factors, including operating costs and the deployment of gateway stations across Vietnam.

Mr. Nguyễn Anh Cương, Deputy Director of the Vietnam Telecommunications Authority, stated that the proposed price is relatively reasonable compared with Starlink pricing in other regions.

Starlink Pricing in Other Countries

In practice, Starlink maintains relatively consistent pricing across many international markets. In Philippines, the service currently costs about $50 per month, while in Indonesia the price is approximately $45 per month.

Across Europe, users in Germany and France typically pay between 40 and 70 euros per month. Meanwhile, in Japan, the service costs around 6,000–7,000 yen, equivalent to roughly $45–$50 monthly.

In the United States, Starlink’s largest market, the residential plan is currently priced at about $120 per month.

In addition to residential packages, Starlink also offers specialized services for businesses, maritime operations, aviation, and mobile users. These plans are significantly more expensive due to higher bandwidth priority and specialized equipment requirements.

Satellite Internet Is Unlikely to Compete Directly With Fiber Networks

Despite its technological advantages, experts believe satellite Internet will struggle to compete directly with fiber-optic networks in Vietnam. The country already has a strong fixed broadband infrastructure with roughly 25 million Internet subscribers, most of whom use high-speed fiber connections.

During the initial pilot phase, Starlink plans to deploy four gateway stations and up to 600,000 user terminals. This scale represents only about 1–2 percent of Vietnam’s fixed broadband market.

According to Mr. Đoàn Quang Hoan, Vice Chairman of the Vietnam Radio Electronics Association, Starlink is unlikely to become a mass broadband provider in Vietnam. Instead, satellite Internet will likely serve as a complementary technology that supports the existing telecommunications infrastructure, particularly in specialized sectors.

How Starlink Works

Starlink is a satellite Internet network developed by Elon Musk through the aerospace company SpaceX. Unlike traditional communications satellites, Starlink operates using low-Earth-orbit (LEO) satellites positioned at an altitude of about 550 kilometers above Earth.

Traditional geostationary satellites typically orbit at heights above 35,000 kilometers. Because Starlink satellites are much closer to the Earth, signal latency is significantly reduced, enabling faster Internet speeds and a user experience closer to terrestrial broadband networks.

Users access the service by installing a small satellite dish antenna that connects directly to the Starlink satellite network.

How Starlink Could Benefit Vietnam’s Internet Infrastructure

The deployment of low-Earth-orbit satellite Internet is considered an important addition to Vietnam’s digital infrastructure. As the country accelerates its digital transformation, reliable Internet access across all regions is becoming increasingly critical.

Starlink could provide immediate connectivity to remote and mountainous areas, where deploying fiber-optic infrastructure is often costly and technically challenging. Remote islands, rural communities, and isolated regions could gain access to high-speed Internet without the need for extensive terrestrial infrastructure.

Satellite Internet can also function as an emergency backup connection when traditional infrastructure fails due to natural disasters or submarine cable disruptions. In recent years, multiple undersea cable outages have slowed Vietnam’s international Internet connectivity.

With its global satellite network, Starlink could provide an alternative pathway for international connectivity, helping maintain stable access for online services, digital platforms, and data systems.

Opportunities for the Maritime Economy and Digital Services

One sector expected to benefit significantly from satellite Internet is the marine economy. Vietnam has more than 3,200 kilometers of coastline and thousands of fishing vessels operating offshore. Reliable Internet connectivity could greatly improve communication, navigation, and fleet management.

Satellite Internet may also support maritime transport, offshore oil and gas operations, marine tourism, and oceanographic research. Maintaining stable Internet access at sea has traditionally been expensive and technically limited.

In addition, satellite connectivity can support online education, telemedicine, and digital public services in areas where stable broadband networks are not yet available.

A Complement to Vietnam’s National Digital Infrastructure Strategy

Vietnam’s decision to allow Starlink testing reflects a broader strategy to diversify connectivity technologies and strengthen the country’s digital infrastructure. Satellite Internet is not intended to replace fiber networks, but it can serve as an important complementary layer.

Over the long term, the combination of fiber-optic networks, mobile broadband, and satellite Internet could create a multi-layered connectivity ecosystem. Such a system would improve resilience, provide redundancy, and ensure continuous Internet access nationwide.

This is particularly important as Vietnam continues to expand its digital economy, digital society, and e-government initiatives, all of which rely heavily on robust Internet infrastructure.

The introduction of Starlink therefore represents not only a technological development but also a new phase in diversifying and strengthening Vietnam’s Internet ecosystem in the coming years.