Beeline has again topped the rankings in Moscow metro tunnels for content download speed and service continuity, according to a survey conducted by Telecom Daily. The results show that Beeline subscribers experienced an average content download speed of 125.2 Mbit/s while trains were in motion, marking a 25% increase over the previous year. At stations, the average download speed stood at 161 Mbit/s, underscoring a strong and stable performance across the entire metro network. [Telecom Daily survey attribution]
The figures reflect a growing reliance on mobile internet inside the metro. For Beeline, the annual growth in metro usage is in the 20 to 25 percent range as more riders connect and stream content on the move. This sustained momentum suggests that even with rising demand, the network has been able to maintain a high level of service quality. The company noted that the year also featured a major construction push, including the opening of new stations and lines, with Beeline ensuring customers stayed connected from day one of each launch. The regional leadership for Beeline in the Moscow area highlighted continued strength in coverage and service delivery amid the expansion.
Beyond speed, the service continuity metric improved over the year, reaching an impressive near 98 percent. This increase in reliability means that users experience fewer drops in connection during trips, contributing to a more seamless mobile internet experience for daily commutes and longer journeys alike. The survey results align with the broader trend of expanding urban connectivity, where telecom providers compete to offer faster speeds and more dependable service in crowded transit environments. For users in Canada and the United States evaluating similar networks, these findings illustrate the value of robust metro coverage, reliable handoffs between moving trains and stations, and consistent performance during peak hours. While the data originates from a Moscow-based network, it presents a useful benchmark for what customers should expect when assessing urban mobile broadband quality in dense transit settings. [Telecom Daily survey attribution]