SpaceX Starship reaches orbit and deploys 26 Starlink satellites

What happened

Starship lifted off at 8:50 a.m. Eastern time from Starbase in Cameron County, Texas, slightly later than first planned. The vehicle has two stages: the Super Heavy booster at the bottom and the Starship spacecraft on top. ABC News reports that this flight used the third version of the booster. Earlier test flights stayed on paths that did not quite reach a full orbit, and they carried only dummy satellites or none.

This time the ship fired its engines to enter orbit, at about 170 miles, or roughly 275 km, above Earth. Just over 30 minutes after launch, it released 26 Starlink V3 satellites. ABC News says this was the first time Starship placed working Starlink satellites in orbit and its first flight to earn money. Fox Weather reports that the satellites will unfold their antennas and solar panels, contact the ground and then raise their own orbits.

The flight did not go exactly to plan. According to ABC News, two engines on the booster and one on the ship had problems. The ship lost one engine during the climb, but that engine was not needed to reach orbit. The booster performed its return and landing burns and came down in the Gulf, as planned, not on land.

SpaceX had planned a flight of just under 10 hours, with about six trips around Earth. Instead, controllers ended the mission at its first scheduled checkpoint. The ship fired a single engine to slow down and splashed down in the Pacific Ocean north of Hawaii, about three hours after launch. SpaceX did not give a single reason for the early end. It called the flight a success because it met its two main goals.

The engineering behind it

Reaching orbit is mainly a question of speed. ABC News gives the target speed as about 17,500 miles per hour, or about 28,000 km per hour. At that speed, the spacecraft falls around the curve of the Earth instead of back down to it. Rocket engineers count every kilogram, because fuel, structure and payload all compete for the same limited lift. Losing an engine means the others must burn longer to make up the speed.

Engine-out tolerance is a basic design rule for large rockets. When a vehicle has many engines, the control system can sense a failed engine, shut it down and adjust the others so the rocket stays on course. This only works if there is spare thrust and the guidance software can recalculate the path quickly. The fact that the ship reached orbit after losing an engine is an example of this margin being used.

The deorbit burn was also a test. A spacecraft in orbit stays there until it slows down. Firing an engine against the direction of travel lowers the orbit so the vehicle falls into the atmosphere at a chosen place. ABC News reports that Starship has more than 500 sensors measuring temperature, pressure and acceleration, and that it sends data to flight controllers throughout the flight. This data lets engineers study each failure later.

The satellites are communication engineering. Fox Weather reports that each Starlink V3 satellite has an upgraded phased array antenna, which steers radio beams electronically toward user terminals on the ground without moving parts. Each also carries six laser links rated at 400 gigabits per second, used to pass data between satellites. These links let the network carry traffic across regions without a ground station under every satellite.

What it means in Nepal

Starlink is not licensed to sell service in Nepal. The Kathmandu Post reported on 10 July 2026 that Nepal's rules let foreign investors own up to 80 percent of an internet service provider, with 20 percent held by a Nepali partner, while Starlink has sought full foreign ownership. The Nepal Telecommunications Authority said Starlink needs a licensed local company or a Nepali partner before it can operate.

The same report gives more context. The communications minister said it would not be right to change the law for one company, while recognising that satellite internet has value in remote areas. Nepali internet providers may buy wholesale bandwidth from licensed foreign satellite operators. Two companies hold licences for satellite personal communication in Nepal, and the existing services use geostationary satellites, which have higher delay than low-orbit systems such as Starlink.

The Post also reported complaints that Starlink terminals are used without permission in the Himalaya, especially by foreign trekkers and expeditions. For students, the story is about engineering and policy together. Satellite networks raise questions about spectrum, licensing, security and cost, as well as antennas and radio links. Engineers who understand both the technology and the rules are better placed to advise on how any satellite service should be used.