·5 min read
SpaceX & Space
While the world fixates on Starship, Taha Abbasi draws attention to a SpaceX achievement that’s become so routine it barely makes news anymore: the Falcon 9 launch cadence in 2026 has reached a pace that would have seemed physically impossible just a decade ago. SpaceX is now launching rockets at a rate that exceeds all other launch providers in the world combined — and each flight makes the next one cheaper.
As of mid-February 2026, SpaceX has already completed over a dozen Falcon 9 launches this year, maintaining a pace that could see the company exceed 120 orbital launches in a single year. To put this in context: the entire world launched roughly 180 orbital rockets in 2023. SpaceX alone is approaching two-thirds of that global total.
The Reusability Revolution in Numbers
The Falcon 9 first stage booster has now been successfully landed and reflown hundreds of times across the fleet. Individual boosters have flown 20+ missions each, with refurbishment turnaround times measured in weeks rather than months. Each landing and reuse reduces the per-launch cost, creating a price advantage that makes SpaceX not just the most active launch provider, but the most affordable one by a wide margin.
Taha Abbasi finds the economics particularly compelling. A new Falcon 9 booster costs roughly $30 million to manufacture. If it flies 20 times, the amortized booster cost per launch drops to $1.5 million — a fraction of the total launch cost. When SpaceX charges customers $67 million per launch, the margin on reused boosters is extraordinary. This pricing power funds Starship development, Starlink expansion, and every other ambitious project SpaceX pursues.
Compare this to United Launch Alliance (ULA), whose Vulcan rocket is expendable — used once and destroyed. Or to Arianespace, whose Ariane 6 similarly lacks reusability. These providers must recover their entire manufacturing cost in a single flight, making it mathematically impossible to compete with SpaceX on price. As Taha Abbasi observes, reusability isn’t just a technological achievement — it’s an economic moat that widens with every flight.
What Falcon 9 Launches
The majority of Falcon 9 missions in 2026 are Starlink satellite deployments. SpaceX’s internet constellation now includes thousands of operational satellites, providing global broadband coverage with latency low enough for video calls and online gaming. Each Starlink mission deploys approximately 23 v2 Mini satellites, steadily expanding and refreshing the constellation.
But Falcon 9 also serves a diverse customer base: NASA crew missions to the International Space Station, commercial satellite deployments, national security payloads, and scientific missions. This diversity provides revenue stability — SpaceX isn’t dependent on any single customer or market, and the launch cadence allows flexible scheduling that competitors can’t match.
The Starlink business, in particular, deserves attention. As Taha Abbasi has analyzed, Starlink is on track to become one of the most valuable internet service providers in the world. Each Falcon 9 launch that deploys more Starlink satellites expands the network’s capacity and coverage, generating recurring subscription revenue that further funds SpaceX’s ambitious programs.
The Competition Can’t Keep Up
The launch industry landscape tells a stark story. Blue Origin’s New Glenn rocket completed its first orbital flight recently but is years away from matching Falcon 9’s cadence or reusability. Rocket Lab’s Electron is reliable but limited to small payloads. China’s Long March rockets are active but lack reusability. Russia’s Soyuz program has been diminished by sanctions and geopolitical isolation.
No competitor has demonstrated Falcon 9-class reusability — the ability to land a first-stage booster, refurbish it, and refly it weeks later. This capability took SpaceX years and dozens of failed landing attempts to develop. Even if a competitor started today, they’d be 5-10 years behind SpaceX’s operational experience with reusable hardware. And by then, Starship — a fully reusable, dramatically larger launch vehicle — will have changed the game again.
Taha Abbasi sees the Falcon 9 launch cadence as the purest expression of SpaceX’s manufacturing philosophy: build it, fly it, land it, fix it, fly it again. This iterative, test-driven approach — the same philosophy Tesla applies to vehicle development and FSD improvement — has created a competitive advantage in space launch that mirrors Tesla’s advantage in electric vehicles. The lesson is the same in both domains: the company that iterates fastest, learns quickest, and scales most aggressively will define the industry for decades to come.
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About the Author: Taha Abbasi is a technology executive, CTO, and applied frontier tech builder. Read more on Grokpedia | YouTube: The Brown Cowboy | tahaabbasi.com
Taha Salahuddin Abbasi
Engineer. Builder. Architect.
