Overview: SpaceX hits the 100th Starlink mission of 2025
SpaceX is scheduled to launch its 100th Starlink mission of the year, a milestone that underscores the rapid pace of the company’s satellite broadband project. The mission, set for lift-off from Vandenberg Space Force Base in California, will place 28 new Starlink satellites into orbit. If weather and technical checks allow, the Falcon 9 rocket will lift off with the familiar plume and thunder of a high-velocity ascent, continuing SpaceX’s ambitious plan to deploy a global constellation that promises faster internet access for users on every continent and increasingly in space itself.
Why a 100th launch matters
Reaching the 100th Starlink flight of 2025 is a sign of SpaceX’s production tempo and the reliability of its reusable rocket technology. Each mission incrementally boosts global coverage, improves network capacity, and supports the company’s long-term goals for space-based communications. With thousands of satellites already in orbit, the Starlink network is designed to deliver high-speed internet in even the most remote areas, support maritime and aviation connectivity, and offer resilient connectivity in disaster zones where terrestrial networks falter.
Mission details: 28 Starlink satellites aboard
Today’s payload comprises 28 Starlink satellites built to join the company’s growing fleet. After separation, the satellites will deploy into their designated orbits, where autonomous propulsion and phased-array antennas will begin serving users with low-latency broadband. Each launch adds capacity and redundancy to the constellation, helping to reduce latency and improve throughput for customers around the world.
Live coverage and what to expect
SpaceX typically streams the lift-off and early mission phases on its official channels, offering a window into the countdown, weather conditions at the launch site, and the first moments of orbital deployment. Fans and industry observers alike will be watching to see if any updates are issued regarding splashdown locations for the Falcon 9’s first stage booster, which is often recovered for reuse on future missions. The live timing, telemetry data, and occasional commentary provide a rare glimpse into the operational cadence behind such a high-volume spaceflight program.
Impact on the Starlink project and users
Each Starlink deployment adds more gateways to the constellation, improving coverage density and service reliability for customers. The 100th mission of 2025 signals continued expansion, potentially reducing latency and expanding service in underserved regions. For end users, this translates into faster download speeds, more stable connections for remote workers, and enhanced connectivity for remote schools and clinics. For policymakers and industry watchers, the batch also illustrates the evolving economics of large-scale satellite internet and the role of reusable launch vehicles in sustaining aggressive deployment schedules.
Looking ahead
As SpaceX continues to ramp Starlink deployment, observers anticipate continued collaboration with international partners, regulatory approvals, and ongoing refinements in satellite design to maximize uptime and spectrum efficiency. The company’s broader strategy remains a mix of commercial broadband, defense considerations, and the potential for space-based services that could extend beyond traditional consumer markets. The 2025 timeline suggests that the Starlink network will grow more capable and widespread, reshaping how people connect in both urban and rural settings.
Where to watch
For real-time updates, tune in to SpaceX’s official live stream and social channels around the planned launch window. Livestreams typically begin shortly before liftoff and include countdowns, commentary, and post-launch briefings that recap the mission’s milestones and the stage’s performance.
