Have you ever lost connection in the middle of a trip and wondered whether Starlink Roaming really delivers the speed it promises? If you travel frequently or work from remote locations, you already know how frustrating it can be to rely on unstable or nonexistent connections.

Starlink Roaming has recently doubled its data capacity, increasing from 50 GB to 100 GB, which means more possibilities for those of us who need to stay connected no matter where we are. But does it really meet the speed expectations required for everyday use?

In this article we will analyze the real speeds of Starlink Roaming in different locations and situations. We will compare speed data between the residential and roaming services, examine speed tests conducted under real-world conditions, and discover the maximum performance you can currently expect. We even carried out practical tests uploading files to YouTube to verify how the service performs in real-life scenarios.

Want to know whether Starlink Roaming is the connectivity solution you’re looking for while traveling? We’ll help you make that decision with concrete data and detailed analysis.

What is the Starlink Roaming plan and how does it work?

Starlink Roaming is the satellite internet service that allows you to take your connection wherever you go. Unlike the residential plan, which only works at a fixed address, this service gives you the freedom to move your equipment and maintain an active connection almost anywhere.

Here are the two options Starlink currently offers:

✅ Roaming: 100 GB – Perfect for occasional trips, camping, and getaways, with a cost of MXN 900 per month.
✅ Roaming Unlimited – Designed for frequent travelers, RV users, and people who work from different locations, costing MXN 2,000 per month.

How does it work exactly? The system is based on a network of low-Earth orbit satellites that provide internet access without the need for terrestrial infrastructure. The equipment used is the Starlink Mini, a compact kit that includes an antenna and an integrated WiFi router capable of delivering maximum download speeds exceeding 200 Mb/s.

One standout feature is its flexibility: you can pause the service through “Standby Mode,” which allows you to send emergency messages and easily reactivate the service whenever needed. Additionally, it works in more than 150 countries and territories, including vessels navigating coastal waters.

💡 Tip: For travelers looking to optimize connectivity costs, a smart strategy is combining Starlink with an eSIM. eSIMs offer cheaper rates for everyday use in areas with mobile coverage, while you reserve Starlink for remote areas where you truly need it.

Starlink speed in different locations: real 2026 data

Starlink speed data in 2026 reveals important variations depending on location and the equipment used.

During road tests conducted at 110 km/h, the Starlink Mini reached maximum download speeds of 123 Mbps, while the Standard model achieved up to 225 Mbps. As we can see, the Standard version delivers 46% higher speeds than the Mini.

What speeds can you expect depending on your location? Here are the real recorded results:

✅ Rural areas: between 50–250 Mbps, significantly outperforming traditional connections
✅ Standard residential environments: between 100–200 Mbps
✅ Mountain areas (rural zones): users report speeds of 161 Mbps

The average peak-time download speed in the United States is around 200 Mbps, although Starlink officially advertises speeds of up to 400 Mbps. In addition, the average latency recorded in 2026 is 25.7 ms, allowing smooth video conferencing and online gaming. Stability is also notable, with 99.9% uptime.

💡 Tip: To complement your connectivity while traveling, you can consider a HOLASIM eSIM, which works perfectly alongside Starlink. This combination is ideal: you use Starlink in remote areas and HOLASIM in urban zones, optimizing costs while maintaining constant connectivity.

Factors that affect Roaming plan speed

Although Starlink Roaming generally offers stable connectivity, it’s important to understand the factors that can influence its performance while traveling. Knowing these will help you anticipate speed variations and better plan your connectivity.

Weather conditions are one of the most significant factors to consider. Starlink kits are designed to withstand adverse conditions and maintain 99.9% uptime, but heavy rain, dense snowfall, or very thick clouds may cause signal attenuation. This doesn’t mean you will lose connection, but speeds may temporarily decrease during such events.

Antenna placement also plays a crucial role. For optimal performance, you need to ensure a clear line of sight to the sky. If you’re camping under dense trees or near tall buildings, you may experience satellite signal interference that affects connection speed.

A less obvious but equally important factor is network congestion. During peak hours, when many users are connected simultaneously, speeds may drop. Starlink has implemented a 1,950 peso congestion fee in saturated areas, although the company states this is a temporary measure while they expand network capacity.

On the other hand, extreme physical conditions should not worry you too much. Starlink kits operate perfectly in temperatures ranging from -40°C to 43°C and can withstand winds exceeding 160 km/h, making them reliable companions for almost any adventure.

Conclusion

As we’ve seen throughout this analysis, Starlink Roaming has established itself as a solid solution for those who need to stay connected while traveling. The recent increase to 100 GB of data represents a significant improvement in the service’s value proposition. Although the monthly costs require a considerable investment, both reliability and achieved speeds justify the expense for professionals and frequent travelers.

The data is clear: the Standard model outperforms the Mini by 46%, which can be a decisive factor depending on your specific connectivity needs. Nevertheless, both options provide speeds sufficient for most online activities, even while traveling at high speeds on the road.

We confirmed that Starlink performs exceptionally well in remote areas, although factors such as weather conditions, physical obstacles, and network congestion may impact performance. This leads to a clear conclusion: the most effective strategy for travelers is combining connectivity solutions.

👉 This is where complementing Starlink with a HOLASIM eSIM becomes the smartest decision. This combination allows you to use satellite connectivity in areas without mobile coverage, while taking advantage of more affordable mobile data rates in urban areas. The result: you optimize costs without compromising connectivity during your travels.

Planning your next trip? Consider getting a HOLASIM eSIM designed for your destination. Activation is immediate, no physical installation is required, and it works perfectly as a complement to Starlink. This dual solution ensures constant connectivity, no matter where your adventures take you.

Frequently Asked Questions

📌 What is the maximum speed offered by Starlink Roaming?
Starlink Roaming offers maximum download speeds above 200 Mb/s, although real-world tests have reached up to 225 Mbps with the Standard model.

📌 How does Starlink perform in rural areas compared to urban areas?
In rural areas, Starlink typically provides speeds between 50–250 Mbps, significantly outperforming traditional connections and often delivering better performance than congested urban networks.

📌 Can I frequently change my location with Starlink Roaming?
Yes. Starlink Roaming allows you to change locations without restrictions or additional costs. The service is designed to work in more than 150 countries and territories.

📌 How can I measure my Starlink connection speed?
Starlink speed can easily be measured through the official Starlink mobile app, which includes a Speed Test feature to evaluate download speed, upload speed, and latency.

📌 What factors can affect Starlink Roaming speed?
Starlink Roaming speed can be affected by adverse weather conditions, physical obstacles blocking the line of sight to the sky, network congestion during peak hours, and the user’s specific geographic location.