SpaceX Starship Reaches Orbit in Landmark Test Flight

The Cliff News | 14 November 2026

SpaceX has launched what could be an unprecedented test flight of Starship, the most powerful launch vehicle ever constructed, from its facilities in Starbase, Texas. The mission aims to test the vehicle's capabilities, including a first-ever attempt at an upright landing back at its launch tower.

Minutes after liftoff at 5:47 p.m. ET, SpaceX attempted to guide the Super Heavy rocket booster back to a pinpoint landing at its South Texas launch tower, known as Mechazilla. This maneuver, which the company has succeeded in only three times previously, was ultimately unsuccessful in this instance.

Orbit Insertion Achieved

Despite the booster's landing outcome, the Starship spacecraft itself successfully reached orbit. It subsequently deployed Starlink internet satellites and is expected to spend approximately 22 hours circling Earth. This orbital phase is critical for gathering data on the vehicle's performance and systems.

During its coasting phase in orbit, SpaceX confirmed that Starship had passed its second of three planned "checkpoints." This signifies that mission controllers have determined the vehicle is in good working order and capable of proceeding with the mission as planned.

"We are one step closer to an eventual return to launch site," Dan Huot of SpaceX stated during the broadcast.

These checkpoints are crucial as they allow mission controllers to opt for an early, safe return of the Starship spacecraft if any issues are detected. The vehicle had already successfully passed the first milestone about an hour and a half after takeoff. Its successful navigation through the second checkpoint confirmed its ability to continue the mission.

Unprecedented Landing Attempt

The ultimate objective of this mission is to guide the Starship spacecraft back from orbit and achieve a controlled, upright landing within the arms of the Mechazilla launch tower. This particular feat has never been attempted in the history of rocketry, making this test flight a truly historic endeavor.

All eyes are now on SpaceX as the company assesses whether to allow the vehicle to continue on its planned flight path for the landing attempt or if it will be forced to bring the vehicle home early due to detected issues. The decision will hinge on extensive data analysis from three health checks planned for Starship's orbital journey.

Rigorous Health Checks Underway

SpaceX is meticulously analyzing a comprehensive suite of data from Starship's orbital flight. This includes monitoring the health of its Raptor engines, assessing any loss of power or communications, the functionality of flight computers and navigation sensors, and the structural integrity of propellant tanks and feedlines.

Further checks include verifying the ability to maintain tank pressure and Starship's capacity to control its attitude. The company emphasized in a post on its website that these detailed analyses are paramount for ensuring mission success and safe return.

Starship: A New Era in Spaceflight

Starship is recognized as the biggest rocket ever created, standing at nearly 400 feet (121 meters) tall. With its Version 3 debut, it delivers approximately 18 million pounds of force at liftoff, positioning it as a monumental leap in launch vehicle technology.

In the background, vehicles designed for safe return from space have typically been small, capsule-shaped craft like SpaceX's Dragon vehicles or the Apollo command modules. These spacecraft rely on a separate rocket to reach orbit. Starship, by contrast, is designed as a fully integrated system intended for multiple uses and direct return.

Previously, during SpaceX's last Starship test flight in September, the company aimed for an orbital trajectory for the first time, moving away from a "passively safe" suborbital path. This current mission builds upon those efforts, pushing the boundaries of what is possible in space exploration and launch vehicle development.

High-Stakes Mission Continues

The decision to initiate a second engine burn to propel Starship into orbit was a critical milestone. SpaceX successfully executed this maneuver about 25 minutes after liftoff. Successfully achieving orbit and monitoring its flight path involves grappling with numerous, often incalculable risks.

Ensuring a controlled return to Earth is a top priority for mission teams whenever a Starship spacecraft is sent to orbit. An uncontrolled descent could pose significant risks to people and property on the ground. The ongoing flight is a testament to SpaceX's commitment to advancing reusable rocket technology.

The Starship spacecraft made it to orbit insertion today without any major reported issues, a significant achievement in itself. The focus now shifts to the complex maneuvers required for its orbital operations and, ultimately, its return and landing.