SpaceX aiming for record-breaking 170 orbital launches in 2025
When you buy through links on our articles, Future and its syndication partners may earn a commission.
SpaceX will end up launching an orbital mission nearly every other day in 2025, if all goes according to plan.
"We're targeting 170 launches by the end of the year," Anne Mason, director of national security space launch at SpaceX, said during a call with reporters on Wednesday (May 28).
That would shatter the company's single-year record of 134 orbital liftoffs, which was set just last year.
"I always find it amazing that this cadence has become somewhat normal," Mason added during Wednesday's call, which served to preview SpaceX's planned Friday (May 30) launch of the GPS III SV08 satellite for the U.S. Space Force.
"But if we look back just five years ago, in 2020 when we launched roughly 25 times, which is still a healthy rate at twice a month, and now launching on average every two to three days — I think this demonstrates how Falcon's reusability and reliability, plus the hard work and dedication of the SpaceX team, has been critical to supporting assured access to space," she said.
SpaceX's workhorse Falcon 9 rocket performed 132 of last year's orbital liftoffs. The other two came courtesy of the company's powerful Falcon Heavy. Both Falcons feature reusable first stages — three of them in the Heavy's case — which is a big factor in SpaceX's impressive launch cadence, as Mason noted.
The upper stages of both Falcons are expendable, but SpaceX has gotten very good at churning out that complicated piece of hardware.
"We have a second stage coming off the production line every two and a half days," Mason said.
Related stories:
— SpaceX: Facts about Elon Musk's private spaceflight company
— SpaceX's last launch of 2024 puts Starlink satellites into orbit (video)
— Falcon 9: SpaceX's workhorse rocket
About two-thirds of last year's orbital launches were dedicated to building out SpaceX's Starlink broadband constellation in low Earth orbit. Starlink is the largest satellite network ever assembled; it consists of more than 7,500 active spacecraft at the moment.
Starlink is also growing all the time, as this year's statistics show: SpaceX has launched 64 orbital missions so far in 2025 (all of them with the Falcon 9), and 48 of them have been Starlink flights.
That works out to a rate of 0.43 launches per day. This means SpaceX will have to pick up the pace a bit to reach the target Mason mentioned: 170 launches in one year would equal about 0.47 launches per day.
These numbers refer only to orbital launches, so they don't count the suborbital test flights of Starship, the megarocket SpaceX is developing to help humanity colonize Mars. The company launched four Starship test flights in 2024 and has conducted three so far this year, most recently on Tuesday (May 27).
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
an hour ago
- Yahoo
Why McDonald's CosMc's closure might not be the brand fail you think it is
When you buy through links on our articles, Future and its syndication partners may earn a commission. It's splashdown for McDonald's CosMc's brand. The surprising space-themed offshoot has been scrubbed, and its remaining five stores and app will shut this month only a year and half after it launched into orbit in Ohio and then Texas. Described as a "bold new beverage concept from the McDonald's universe", CosMc's took off with as much fanfare as a SpaceX rocket launch, attracting long lines at the initial flagship store in Chicago when it opened. It had been widely billed as a potential Starbucks rival with strange retro-futurist sci-fi branding, so its closure is now being seen as a brand fail for the fastfood giant. But is it mission aborted or mission complete? CosMc's was a strange proposition. The name was lifted from a long-forgotten piece of McDonald's lore: CosMc was an alien who appeared as a fleeting side character in McD's ads back in the late 80s and 90s. The company resuscitated the name to pilot a chain of small-format stores that offered unusual, customisable drinks, from turmeric spiced lattes to churro frappes and a prickly pear-flavored slushy with popping candy alongside token McDonald's snacks like the McFlurry and McMuffin. The aim was to lure afternoon snackers from the likes of Starbucks, Dutch Bros and Dunkin' Donuts. Image 1 of 2 Image 2 of 2 But the end of CosMc's may not be the failure it's being painted as. It's probable that it was never intended to rollout as a permanent brand. As one designer pointed out to us at the time, even the CosMc's logo felt odd and unfinished. A blend of Cadbury's and storage facility colours, like it was a temporary pop-up. Like other brand offshoots such as KFC's Saucy, CosMc's was a laboratory that allowed McDonald's to experiment with things that would have been risky to try under its core identity, including creative flavours and new tech, such as drive-thru lanes that manage traffic according to order complexity and evolving menus that could be quickly edited based on customer feedback (perhaps McDonalds should have used CosMc's to test its AI drive-thru before rolling it out at its own restaurants). CEO Chris Kempczinski described the project as a 'learning lab' through which McDonald's had "discovered some interesting learnings" including about consumers' customisation preferences and interest in new, emerging beverage categories. It might seem like an expensive experiment, but McDonald's has the resources to run this kind of innovation incubator, and the lessons learned can create new value in its main brand. The fastfood giant now has a dedicated category team focused on beverages and says it will test CosMc's most popular drinks in select McDonald's locations later in the year. So some of those wild combinations could end up entering orbit on the main McDonald's menu, continuing the company's battle for the specialty drink market withing the galaxy of the main brand. For more branding news, check out the clever hidden detail in Coca-Cola's new Vitaminwater logo and branding design.
Yahoo
an hour ago
- Yahoo
Democrats grapple with Biden cover-up fallout ahead of 2028
When you buy through links on our articles, Future and its syndication partners may earn a commission. The 2024 elections were defined for many by damning allegations that then-President Joe Biden was not only experiencing mental and physical decline, but that his inner circle was obfuscating the true severity of his health challenges. As Democrats eye a return to the White House in 2028, those allegations have resurfaced — this time haunting a party split over how to regain voters' trust. While some have advocated for a full postmortem to enable the party to move on once and for all, others insist the Democrats should focus on the future without relitigating the past. Democrats face a "fresh reckoning" over Biden's health, with "potential presidential contenders" avoiding debate on whether the party should have "forcefully called on him to abandon his reelection bid earlier," said Politico. Whether or not to criticize Biden or to address his camp's insistence that he was fit for campaigning is "fast becoming the first real litmus test of the 2028" race, given how many Democrats "with 2028 ambitions" were "defending him at the time." The upcoming publication of "Original Sin: President Biden's Decline, Its Cover-Up, and His Disastrous Choice to Run Again" by journalists Jake Tapper and Alex Thompson has contributed to the "renewed questions" about who knew what about Biden's health when, which are "sending shivers" through the party, said The Washington Post. To "regain the trust of voters," some have argued that party leaders must "state openly that Biden should never have sought reelection" last year. That Democratic Party leadership has been "unwilling to reckon publicly" with supporting Biden's campaign "for as long as it did" suggests a "lasting fear of speaking out," said The New York Times. There is an awareness among some that by speaking out against Biden's 2024 fitness now, they have exposed themselves to "questions about why they said nothing when it mattered." "We're not looking backward," House Minority Leader Hakeem Jeffries (D-N.Y.) said of rehashing Biden's health at a press conference last week. "We're looking forward at this moment in time." While backward-looking "self-flagellations" by Democrats are often "excessive and pointless," in this case they are "needed," said Michael Tomasky at The New Republic. It's necessary not only for unpacking who may have inappropriately protected Biden's candidacy, but also for the "automatic anointing of Kamala Harris after Biden dropped out," which Democrats should "examine and learn from." Mainstream political media is also implicated in questions about knowledge of Biden's health. There is an "unhealthy confluence of interests" between White House staff and White House reporters, said John Fund at the National Review. By failing to recognize "how powerful a motivation their sources had to deceive them," the political media "failed in their duty to probe more deeply and question the official White House line." Fallout from questions about Biden's health may also affect other future candidates for office who played roles in his administration. Such potential candidates may find their campaigns "forced to address what they knew and what they did," USA Today said. Conversely, high-profile Democrats with "some distance" from the Biden 2024 team (people like Illinois Gov. J.B. Pritzker or New York Rep. Alexandria Ocasio-Cortez) could see their careers "boosted as the sort of fresh faces the party needs."
Yahoo
an hour ago
- Yahoo
Why isn't an atom's nucleus round?
When you buy through links on our articles, Future and its syndication partners may earn a commission. Since the atomic nucleus was first proposed in 1911, physicists simply assumed it was round. But are the nuclei of atoms really round? Intuitively this shape makes sense and physicists believed it aptly explained early measurements of nuclear properties. It wasn't until years later that the first evidence of a more complex picture started to emerge. First, let's explore the atom's architecture. Formed from a cluster of protons and neutrons at the center of an atom, a nucleus is 10,000 times smaller than the atom as a whole, "like a fly in a cathedral," said David Jenkins, a nuclear physicist at the University of York in the U.K. Despite containing the overwhelming majority of an atom's mass, the nucleus itself has very little impact on the atom's properties at first glance. An atom's chemistry is determined by the electron configuration, while any physical characteristics arise from how it interacts with other atoms. Paralleling the idea of electron shells in atomic physics, in 1949 scientists proposed the nuclear shell model: protons and neutrons sit in distinct nuclear shells, and additional energy input can excite these particles to jump up and down between fixed energy levels. "But later, it became obvious that most of the behavior in nuclei was described by what you call collective behavior — it acts as one coherent object," Jenkins told Live Science. The result is that the nucleus as a whole can then manifest two types of properties: It can rotate, or it can vibrate. Related: Where do electrons get energy to spin around an atom's nucleus? Spectroscopic methods can detect this rotation in most molecules, measuring a fingerprint of different rotational energy levels. But spherical objects look the same whichever direction they are turned, so symmetrical systems — like atoms — don't generate a spectrum. "The only way that you can see evidence of rotation in nuclei is if the nucleus is deformed," Jenkins explained. "And people saw the nucleus has patterns of excitation known as rotational bands, so that pointed to the nucleus being deformed." Since this astonishing discovery in the 1950s, targeted experiments have revealed a raft of nuclear shapes, from pears to M&Ms — and round is very much the exception and not the rule. About 90% of nuclei are shaped like an American football — technically termed "prolate deformed" — in their lowest energy state, with surprisingly few taking the opposite squashed-sphere, M&M-like shape, called oblate deformed. "We don't know why this prolate shape seems more favorable than the oblate shape," Jenkins said. "Some nuclei also have multiple shapes so they can exhibit one in the ground state, and then you put some energy into them and they deform into another shape." The more exotic pear-shaped nucleus is restricted to certain areas of the nuclear chart, particularly around radium, while spherical nuclei are generally confined to atoms with "magic" numbers (or full shells) of nuclear particles. But what causes the deformation? "It feels intuitive that the basic shape of an object not being excited or wobbled or stretched should be spherical," said Paul Stevenson, a nuclear physicist at the University of Surrey in the U.K. "But actually, in the case of nuclei, it's surprising that any of them are spherical because they obey the laws of quantum mechanics." The Schrödinger equation — one of the most fundamental principles in quantum mechanics — mathematically predicts how an object's wave function will change over time, essentially providing a means to estimate the possible movement and position of that object. Solving this for an atomic nucleus therefore provides a cloud of probability for all of the possible places it could be, which, taken together, give the nuclear shape. RELATED MYSTERIES —What is the smallest particle in the universe? (What about the largest?) —How many atoms are in the observable universe? —Do atoms ever touch? "The basic solutions of Schrödinger's equation don't look spherical — you get these shapes that sort of go in a circle, but then they start waving," Stevenson explained. "So because these quantum wave-function solutions have asymmetry themselves, it makes the particles in the nucleus more likely to point in one direction." For rare spherical nuclei, this waviness just happens to cancel out. But scientists don't yet understand the reason — or if there even is one — why some of these deformed shapes are much more common than others. "This is overturning a legacy," Jenkins said. "It's a complete reversal from how people originally perceived nuclei, and there are still a lot of open questions."