Lynk Global: how sparse are the connect windows?

About Lynk Global

Orbit

Near-polar · 97.4° inclination

Altitude

~463 km

Satellites tracked

4 · 2 orbital planes

Satellite bus

Custom flat-panel bus, not a CubeSat — roughly 55–85 kg per FCC filings (exact mass per named satellite not publicly confirmed), built in-house

Standard

Backward-compatible with 2G/3G/4G-LTE on unmodified phones

Founded

2017, Falls Church, Virginia, USA

Planned fleet

Public statements have cited very large long-term targets — up to several thousand satellites for full continuous coverage — though near-term milestones have repeatedly slipped; the most recent public target (September 2026) is commercial customer connectivity by mid-2027.

Lynk's satellites fly in a near-polar orbit similar to Sateliot's, currently in two loose clusters from its two launches so far (January 2023 and March 2024). Trade press reports two additional satellites launched in May 2026, which would add a third plane, but they hadn't appeared in public tracking data as of this report's most recent satellite count — so the real picture may already be a bit denser than what's shown here. Lynk's stated long-term ambition is the largest of these three constellations by far, though its near-term timeline has moved more than once. In a separate corporate development (announced October 2025, pending regulatory approval), Lynk and spectrum holder Omnispace announced plans to merge, with satellite operator SES joining as a major strategic shareholder — a change to the business, not (yet) to what's flying.

Company facts last checked October 2026 — orbit/altitude/plane count above are computed fresh from this run's TLEs, everything else in this box is hand-researched and can go stale faster than the orbital data does.

Summary

Over the next 4 days, a satellite is above 10° elevation 8.86% of the time (23.5 passes/day, median 6.0 min each). At a more realistic 25° link margin that drops to 2.69%, with gaps up to 7.4 h where nothing is reachable at all.