Picture this: In 2025, the world shattered the previous record for orbital launches, with a staggering 324 attempts that sent humanity's reach further into the cosmos than ever before. But here's the twist – as we celebrate this milestone, whispers of uncertainty loom about what comes next in our quest for the stars.
Diving into the details, this impressive figure comes from a thorough analysis of publicly available data by SpaceNews, focusing solely on true orbital launches. We're talking missions that achieve orbit around Earth, excluding suborbital flights like SpaceX's Starship test runs or Rocket Lab's Electron HASTE variants, which are designed to stay within the atmosphere for their purposes. This total marks a robust 25% leap from the 259 orbital attempts in 2024 – a year that itself grew by 17% over the 221 launches in 2023. For beginners wondering why this matters, orbital launches are the backbone of space exploration; they deploy satellites for communication, weather monitoring, and even global internet services, or send probes to study distant planets, essentially expanding our understanding of the universe and enabling technologies we rely on daily, like GPS navigation.
What fueled this surge? Primarily, the powerhouse performances of SpaceX and China's launch providers. Back in 2020, with just 107 attempts worldwide, SpaceX managed 26 launches using its Falcon 9 rockets, while China handled 35 missions. Fast-forward to 2025, and SpaceX dominated with 165 Falcon 9 flights – exceeding the combined efforts of every other country. China, meanwhile, contributed 92 launches across about two dozen different rocket types, from state-run giants to emerging private ventures. This diversity showcases China's growing emphasis on both reliability and innovation in space tech.
The United States tallied 193 orbital attempts overall in 2025, including Rocket Lab's Electron launches from New Zealand, since the company is headquartered in the U.S. When you add China's numbers, these two nations accounted for a whopping 88% of global orbital activity. It's a testament to their investment in space, but it also raises eyebrows about global equity in exploration. And this is the part most people miss: While this dominance has propelled records, it might stifle opportunities for smaller players in countries like India or Europe to catch up.
Looking ahead, China's launch scene looks poised for even more expansion in 2026, with new rockets entering the fray and existing ones ramping up to support massive satellite networks like Guowang and Qianfan. These constellations could revolutionize internet access and surveillance, offering examples of how launches aren't just about lifting off – they're about building the infrastructure for a connected future.
But here's where it gets controversial: SpaceX's Falcon 9, the star of the show so far, might not keep the momentum going. During a conference in July, Stephanie Bednarek, SpaceX's VP of commercial sales, hinted that 2025 and 2026 could be the zenith for Falcon launches. After that, the company plans to shift more missions to Starship, including for Starlink – their biggest Falcon customer – as they develop bigger satellites tailored for the new rocket. SpaceX hasn't shared specific forecasts for Falcon 9 in 2026, having adjusted their 2025 target from 175-180 down to 165. Is this a smart pivot to future-proof their operations, or a risky bet that could leave a gap in global launch capacity? Opinions are divided, with some arguing it prioritizes innovation while others worry about potential disruptions to satellite deployments.
If Falcon rates do plateau or drop in 2026, other rockets could step in to fill the void. Starship itself is slated to start orbital flights that year, after years of delays, enabling Starlink growth and testing in-orbit refueling for lunar missions. Additional contenders like Arianespace's Ariane 6, Blue Origin's New Glenn, and ULA's Vulcan are gearing up for more flights – though they managed only seven combined in 2025. Even more exciting, 2026 might see debut launches from Rocket Lab's Neutron, Rocket Factory Augsburg's RFA One, and various Chinese vehicles. Historically, new rockets often stumble at first, taking time to build reliability and frequency, so it's a high-stakes game where success isn't guaranteed.
Jeff Foust covers space policy, commercial ventures, and related fields for SpaceNews. With a Ph.D. in planetary sciences from MIT and a bachelor's in geophysics and planetary science, his insights are grounded in deep expertise. More pieces by Jeff Foust can be found on SpaceNews.
What do you think? Is the U.S.-China space rivalry pushing us toward a brighter future, or creating inequalities that could slow progress? Do you support SpaceX's shift to Starship, or fear it might hinder global access? Share your views in the comments – let's discuss!
