SpaceX's Starship reaches orbit with first working satellites

SpaceX is about to achieve a critical milestone. On September 22, the company’s Starship rocket will launch from its Texas facility and complete something it has never done before: reach Earth orbit with a commercially useful payload.

This 14th test flight represents a fundamental shift from previous attempts. All 13 previous Starship flights were sub-orbital, meaning they didn’t have the velocity or altitude to circle the planet. But this time, Starship will climb to 275 kilometres altitude and complete six full orbits over 10 hours, with splashdown targeted in the Pacific Ocean west of Chile.

The first real payload

What makes this mission genuinely significant isn’t just the altitude. Starship will deploy 26 Starlink V3 satellites, marking the first time the rocket has released working, operational hardware rather than dummy test payloads. These new satellites represent a major upgrade to SpaceX’s constellation, flying in lower orbits than previous models and offering higher data capacity.

Three of these satellites have been specially modified with cameras to scan Starship’s heat shield during orbit, sending images back to engineers. It’s a clever bit of engineering that turns the mission into a real-time diagnostic tool. After all, re-entry has been SpaceX’s Achilles heel in recent tests.

Davide Amato from Imperial College London notes that attempting an orbital mission indicates SpaceX has confidence the rocket will survive the journey and satellite release. But he’s cautious about re-entry prospects, given recent struggles. “In short, they’re making good progress towards introducing Starship as a successful commercial launcher,” Amato says. “Whether Starship will be ‘revolutionary’, as promised by their CEO, will depend on whether they can achieve high launch cadence and whether their design is cost-effective.”

The bigger picture

Leah-Nani Alconcel at the University of Birmingham emphasizes that deploying V3 satellites isn’t just about replenishing the constellation. These larger satellites serve as a proof-of-concept for launching even bigger payloads. SpaceX has proposed massive Starmind data centre spacecraft, substantially larger than anything currently launched. If Starship can handle V3 satellites reliably, it opens doors to future commercial opportunities.

“Demonstrating Starlink V3 delivery to orbit is a significant step,” Alconcel says. “It may not be as flashy as the ‘chopstick catch’ for vehicle stages, but proving both science capabilities would be a big boost to their commercial repertoire.”

Starship itself is a two-stage system: an upper stage called Starship and a lower stage called Super Heavy. SpaceX is currently testing the third generation of each component, employing a fail-fast, learn-fast strategy borrowed from Silicon Valley rather than traditional aerospace conservatism. This approach has accelerated development but also created high failure rates in recent years.

The previous test flight, number 13, revealed persistent challenges. The booster’s descent engine reignition failed, with only eight of 13 engines restarting. This caused a hard splashdown instead of the planned gentle water landing. On flight 14, neither the booster nor upper stage will attempt controlled landings, keeping the focus on orbital achievement.

Pace concerns

One troubling reality shadow this achievement: SpaceX’s launch cadence is far behind ambitious targets. The company hoped to launch 25 Starship tests last year. It managed five. Only two flights have occurred in 2026 so far, with this as the third. That’s a massive shortfall that raises questions about whether SpaceX can sustain the high-frequency launch model central to aerospace revolution plans.

SpaceX didn’t respond to interview requests but stated on its website that “several modifications to hardware and software address issues seen on the previous flight.” Those modifications will be under intense scrutiny when launch window opens at 7.15am CDT on September 22.

If Starship reaches orbit and deploys its satellites successfully, it represents genuine progress toward making the world’s tallest and most powerful rocket operationally useful. But can SpaceX actually turn test success into reliable, frequent commercial service? That’s the question that will define whether Starship becomes revolutionary or merely impressive.

Source: New Scientist