Starlink Group 10-44: Falcon 9 Launch Recap (30 March 2026)

What happened?

SpaceX launched a batch of Starlink internet satellites on a Falcon 9 Block 5 rocket from Space Launch Complex 40 at Cape Canaveral Space Force Station, Florida, on 30 March 2026 at 21:15 UTC. The mission, designated Starlink Group 10-44, was a success, delivering the payload to low Earth orbit and recovering the first-stage booster on a droneship at sea.

Starlink is SpaceX's satellite broadband constellation, designed to provide high-speed, low-latency internet across nearly the entire planet. The Falcon 9 Block 5 is the reusable, two-stage workhorse rocket that has become the most-flown orbital vehicle in the world.

Did the launch succeed?

Yes. The launch was confirmed as a success. The Falcon 9 followed its standard Starlink profile: first-stage ascent and separation, second-stage burn to orbit, and deployment of the Starlink satellites into low Earth orbit. The booster performed its entry and landing burns before touching down on an autonomous droneship stationed in the Atlantic Ocean.

What was the payload?

The payload was a batch of SpaceX's flat-panel Starlink v2 Mini satellites, part of Group 10-44. These spacecraft typically deploy into an initial orbit around 280–300 km altitude before raising themselves with onboard ion thrusters to an operational shell near 550 km. Each v2 Mini carries enhanced antennas and backhaul capacity compared with the original Starlink design.

The Starlink constellation now numbers in the thousands of active satellites, making it by far the largest satellite network ever deployed. According to SpaceX, each new batch expands coverage and capacity for customers in more than 100 countries.

Key mission facts

How does the Falcon 9 work?

The Falcon 9 Block 5 stands about 70 meters tall and generates roughly 7,600 kilonewtons of thrust at liftoff from its nine Merlin 1D engines. The first stage is designed for reuse: after separating from the upper stage, it flips, reignites its engines, and returns for a controlled landing. SpaceX has flown individual boosters more than 20 times, and rapid reuse is the primary reason the company can launch Starlink missions at a cadence of dozens per year.

The upper stage, powered by a single vacuum-optimized Merlin engine, carries the Starlink stack the rest of the way to orbit before deploying the satellites in a single release. Each spacecraft then unfolds its solar array and begins orbit-raising.

Why Cape Canaveral?

Space Launch Complex 40 is one of SpaceX's busiest East Coast pads. Launches from Cape Canaveral head over the Atlantic, ideal for the inclinations used by many Starlink shells. You can explore other missions from this site on our Cape Canaveral launch hub and see the wider SpaceX launch schedule.

How to track the satellites

The freshly deployed Starlink satellites are visible from the ground for the first days after launch, often appearing as a bright "train" of dots crossing the sky. You can follow the deployed spacecraft and the entire constellation on Cosmik's live 3D satellite map, check upcoming passes on our Starlink train tracker, and browse the full fleet on our Starlink satellite page. For more launches, see the rocket launch schedule and the latest launch news.

Launch and orbital data for this recap is sourced from The Space Devs Launch Library. Background on the vehicle and operator is available via Falcon 9, SpaceX, and Starlink.

Follow the mission live on Cosmik

Watch the newly launched Starlink satellites orbit Earth in real time on Cosmik's 3D map, and enable free launch alerts so you never miss the next Falcon 9 liftoff or Starlink train pass over your location.