Starlink’s Performance Across Asia Pacific Highlights the Role of Regulation and Infrastructure

According to a recent regional performance review by Ookla Industry Analyst Affandy Johan, Starlink continues to demonstrate strong broadband capability across Asia Pacific (APAC), with results showing that regulatory readiness and infrastructure deployment—not market demand—are the primary drivers of where the service becomes operational.

The analysis covered 11 APAC markets and revealed that Oceania currently leads the region across nearly every performance metric. New Zealand recorded a multi-server latency of just 35 milliseconds in the fourth quarter of 2025, the lowest among all Starlink markets globally. This milestone places satellite-based connectivity on par with many terrestrial broadband networks, reinforcing Starlink’s technical maturity in regions with supportive infrastructure environments.

Australia also delivered a standout performance, achieving a median download speed of 162.47 Mbps during the same period. These figures demonstrate how satellite internet can provide competitive high-speed access in geographically dispersed markets where traditional fiber deployment can be costly and time-consuming.

One of the most significant insights from the study is that regulatory posture—not consumer demand—largely determines whether Starlink launches in a given country. Across all active APAC markets, governments required some form of compliance adjustment before granting operational licenses. These included national security provisions, infrastructure commitments, and foreign ownership conditions. Such requirements highlight how satellite broadband is increasingly treated as critical communications infrastructure rather than simply a commercial internet service.

Bangladesh and Sri Lanka represent notable examples where legislative reforms were necessary before approvals could move forward. Meanwhile, India—potentially the largest future Starlink market in the region by population—has already secured the required licenses but remains pending launch due to unresolved spectrum pricing structures and additional security clearances.

Infrastructure localization also appears to play a decisive role in service performance. Markets with confirmed local gateway installations, including Australia, New Zealand, and Bangladesh, reported latency levels between 35 milliseconds and 36 milliseconds in late 2025. These results are comparable to many fixed broadband services and demonstrate the importance of ground-based network integration in optimizing satellite internet delivery.

Overall, the findings suggest that while Starlink’s technology is capable of delivering globally competitive connectivity, national regulatory alignment and gateway deployment remain the key determinants shaping rollout timelines across Asia Pacific.