SpaceX Falcon Rocket Family Reaches 700 Missions with Final SES O3b mPOWER Satellite Launch

Cape Canaveral was the backdrop on 13 September 2026 as a Falcon 9 rocket lifted off from Space Launch Complex 40 at Cape Canaveral Space Force Station, Florida, at around 14:49 local time — 18:49 GMT — and carried SpaceX’s Falcon family across a milestone that few rocket programmes in history have reached.

The launch was the 700th overall mission for the Falcon family. SpaceX made the announcement on its official @SpaceX social media account, posting that “Falcon completes its 700th overall mission.” Elon Musk followed that up with his own post congratulating the SpaceX Falcon team and confirming the figure, writing that “700 Falcon flights [have been] completed.”

Forty Years of Rocketry Compressed Into Twenty

To understand what 700 missions actually means, it helps to know what the Falcon family is. It covers three rockets: the original Falcon 1, which first flew in 2006; the Falcon 9, which debuted in 2010 and has become the workhorse of commercial spaceflight; and the Falcon Heavy, a heavy-lift vehicle built around three Falcon 9 cores, which first flew in 2018.

The breakdown of those 700 missions, according to spaceflight reporting and independent launch statistics compilers, is 687 Falcon 9 launches and 13 Falcon Heavy launches, with the earlier Falcon 1 flights sometimes noted separately in background tallies. Public launch databases broadly agree on 700 total Falcon flights by that date, with 697 full mission successes, 2 launch failures, 1 failure before launch, and 1 partial failure — though that detailed breakdown comes from public compilations rather than any formal regulator audit.

That is a success rate most rocket programmes would consider extraordinary.

The 700th Mission Itself

The payload on this landmark flight was three SES O3b mPOWER satellites — designated O3b mPOWER 11, 12 and 13 — delivered to medium Earth orbit. SES, the Luxembourg-based satellite operator, is one of SpaceX’s longest-standing commercial customers. And this particular launch was not just a milestone number: it was the final batch completing SES’s planned 13-satellite O3b mPOWER constellation.

O3b mPOWER is designed to provide high-throughput connectivity for enterprise, government and maritime customers. The constellation operates in medium Earth orbit, which gives it lower latency than traditional geostationary satellites — a practical advantage for services like video calling, cloud computing and real-time data transfer at sea or in remote locations.

After delivering the satellites, the Falcon 9 first stage landed successfully on the autonomous spaceport droneship *A Shortfall of Gravitas* in the Atlantic Ocean. That landing is now almost routine, but it remains the core of SpaceX’s business model: recover the booster, refurbish it, fly it again.

A Cadence That Has No Real Parallel

The pace at which SpaceX is flying is striking by any historical measure. Space industry coverage indicates the company has conducted around 107 orbital missions in 2026 up to mid-September alone, with 105 of those on Falcon 9 and 2 on Falcon Heavy. That is roughly one launch every two to three days.

Independent analysts draw comparisons with Russia’s Soyuz programme as one of the few rocket families in history to approach comparable mission totals, though exact cross-programme comparisons depend heavily on definitions and counting methods.

Critics, however, do raise questions. Environmental researchers and astronomy groups have pointed to concerns about rocket emissions and their effects on the upper atmosphere, as well as the impact of proliferating satellite constellations on night-sky visibility. Some competition policy analysts also argue that SpaceX’s dominance in orbital launch — with Falcon accounting for a very large share of global missions — creates strategic dependence for governments and satellite operators that rely on a single commercial provider.

SpaceX has not publicly addressed those concerns in relation to this specific milestone.

What Comes Next

The 700th Falcon mission arrives as SpaceX continues development of its Starship programme, the fully reusable heavy-lift system intended to eventually replace Falcon for many missions. Some industry analysts view Falcon’s high launch cadence and reliable revenue stream as providing the financial foundation that makes Starship development possible.

For SES, the completion of the O3b mPOWER constellation marks the start of full commercial operations for a network years in the making. The company has said the constellation will serve enterprise, maritime and government customers across multiple regions.

What This Means for Kent Residents

Kent has no launch sites or SpaceX infrastructure, but residents and businesses in the county are connected to this story as users of digital services. The completed O3b mPOWER constellation supports high-capacity satellite backhaul that underpins mobile networks, maritime communications in the busy Channel shipping lanes off the Kent coast, and enterprise broadband — services that affect everyday connectivity across the county. More broadly, the reliability and falling costs of commercial launch demonstrated by Falcon’s 700-mission record continue to shape the global satellite infrastructure that UK consumers, businesses, and public services depend on, from streaming and cloud services to emergency communications resilience.