SpaceX is preparing a major push to improve Starlink’s upload performance, aiming to close the long-standing gap between download and upload speeds that many customers notice in everyday use. The company is asking the US Federal Communications Commission (FCC) for access to additional spectrum that could significantly increase Starlink uplink capacity beyond today’s typical 10–30 Mbps range.
At the center of SpaceX’s request is permission to operate in extra frequency bands near Starlink’s existing uplink allocations, specifically in the adjacent 13.75–14.0 GHz and 14.5–14.8 GHz ranges. By seeking waivers to the US Table of Frequency Allocations, SpaceX says it can unlock more efficient, higher-performance satellite operations and move toward more symmetrical internet service—meaning uploads that more closely match downloads. For rural households and businesses that can’t easily get fiber, symmetrical satellite broadband could be a game-changer for day-to-day work, cloud backups, telehealth, video calls, and running modern business tools.
In its FCC filing submitted during the week of March 16, SpaceX argued that current rules are holding back next-generation satellite networks. The company claims the existing framework favors older geostationary satellite systems, limiting innovation even as demand for real broadband connectivity continues to grow. SpaceX’s pitch is straightforward: if regulators allow more flexible use of adjacent spectrum, Starlink can deliver a more fiber-like experience from orbit—especially where wired options remain limited or nonexistent.
Not everyone is on board. Rival satellite operators are pushing back, warning that higher transmission power and expanded spectrum use could increase the risk of interference. One major competitor, Viasat, has described SpaceX’s approach as introducing unacceptable interference concerns. Even so, SpaceX has enjoyed considerable momentum with regulators so far, with the FCC previously approving multiple requests tied to Starlink’s expansion plans.
The timing of this spectrum push is especially notable because Starlink’s upload speeds have become a consistent pain point for many users. While Starlink downloads can feel fast for streaming, browsing, and general consumption, upload-heavy tasks often expose the limitations of satellite uplink capacity. That’s a real issue for video creators, remote workers, households that frequently send large files, and anyone who needs reliable two-way bandwidth rather than a one-direction “download-first” experience.
SpaceX has already received authorization to operate across five frequencies, and the company has suggested that performance could climb dramatically as it launches larger, more capable “V3” satellites. But even with future upgrades on the horizon, improving upload speeds remains key to making Starlink feel like a true broadband replacement rather than just a strong alternative for downloads.
Adding even more intrigue, this regulatory effort arrives as SpaceX is reportedly nearing a major corporate milestone, with talk that it could file its initial public offering prospectus with regulators in the near term. Analysts have speculated the company could seek to raise more than $75 billion, and market watchers are paying close attention to anything that strengthens the Starlink growth story. Faster, more symmetrical Starlink internet speeds would be an easy message for investors to understand: better performance expands Starlink’s appeal from casual home use to serious professional and commercial workloads.
If the FCC grants SpaceX the additional spectrum access it’s requesting, Starlink customers could see a meaningful improvement in upload performance—helping satellite internet compete more directly with terrestrial broadband for the activities that matter most in 2026: creating, collaborating, working remotely, and running always-connected businesses from anywhere.
