Jeff Bezos is playing the long game with Blue Origin (op-ed)

Daniel Biedermann is a partner at NewSpace Capital. He contributed this article to Space.com's Expert Voices: Op-Ed & Insights.

Jeff Bezos, the founder and former CEO of Amazon, recently said that Blue Origin, his space technology company, is likely to go public in the coming years. The announcement has (unsurprisingly) attracted considerable attention, not least because Bezos has spent more than two decades financing the company largely from his personal wealth. He has invested billions of dollars in developing rockets, spacecraft and other forms of technology, often with very little prospect of an immediate return. But although Bezos has now raised the possibility of an initial public offering, he has given no firm indication of when one might happen. He may be right to keep his options open.

Bezos founded Blue Origin in 2000. Because he has financed so much of its development by himself, the company has been able to pursue ambitious engineering projects without the financial pressures that publicly listed businesses typically face. But developing reusable rockets, manufacturing spacecraft and building the infrastructure needed for future lunar missions requires extraordinary amounts of capital: These projects can take decades to complete, and even the wealthiest investors must think hard about how best to finance them over the long term. Bezos, then, has good reasons to seek additional sources of investment — particularly as Blue Origin prepares to expand its commercial operations.

An IPO would give Blue Origin the means to raise substantial capital from public investors and reduce its dependence on Bezos's personal wealth. The company could then use that money to expand manufacturing, develop new technology and compete for a greater share of the growing space market. Public ownership would also give existing investors the power to sell some of their holdings and could make it easier for Blue Origin to finance acquisitions. But the company would also have to meet the expectations of shareholders, who would expect to see regular evidence of commercial progress. This, I suspect, is why Bezos wants to establish a stronger business before committing to a listing.

It might have much to prove commercially, but Blue Origin’s technical progress has been remarkable. In January 2025, its New Glenn rocket reached orbit for the first time — a significant achievement for a vehicle built to compete in the heavy-lift launch market. The company has also secured government and commercial contracts and continued developing its lunar capabilities. But it will eventually have to demonstrate that it can launch New Glenn frequently, reliably and at a commercially competitive cost, and it is still some way away from that point.

Some will be asking whether Bezos wants to raise money to accelerate growth or simply to reduce the amount he himself must invest. Such doubts could affect the company's valuation and make it harder to attract investors who share its long-term ambitions. But again, this suggests Bezos is playing the long game. And given the enthusiasm that has surrounded some billionaire-led space ventures, this is sensible. Investors have sometimes attached extraordinary valuations to companies with ambitious plans but limited commercial experience. Space businesses certainly require ambition: engineers will often spend years developing technology before they can sell it. But investors have to distinguish between technical achievement and commercial performance. At the end of the day, they are seeking a strong rate of return.

a large white rocket flies through a blue sky

Blue Origin's New Glenn rocket launches NASA's ESCAPADE Mars mission on Nov. 13, 2025. (Image credit: Blue Origin)

What’s also worth considering is how Blue Origin's progress could benefit the wider space industry, particularly the specialist companies that supply technology to larger manufacturers and operators. SpaceX has achieved remarkable success in part by developing and manufacturing much of its technology internally. This includes its rockets, spacecraft and satellites. Blue Origin also does something similar, undertaking substantial engineering and manufacturing work itself, but it is not quite so vertically integrated, and thus may have greater scope to work with external suppliers as it expands. It already buys parts, equipment and services from hundreds of businesses. If it can successfully increase its production and launch activity, these suppliers could receive more orders and gain opportunities to develop new technologies. That’s to the good of the sector as a whole.

Why? Because a successful space industry needs more than a handful of large launch providers. It needs companies specializing in satellite communications, propulsion, electronics, software and other areas. Such businesses may have developed highly sophisticated products, but they need bigger customers and predictable demand to expand and produce more. Blue Origin could become an important customer for some of these, particularly if it chooses to buy specialist technology rather than make everything internally. Greater competition between the bigger space companies could translate to more potential customers for suppliers and fewer dependent commercial relationships.

Investors would benefit. There’s real potential in businesses that provide the technology and services on which larger space companies depend — the ‘picks and shovels.’ These can sometimes serve several customers and markets, making them less dependent on the success of a single program. A growing Blue Origin would create more opportunities for companies like these — although, of course, much will depend on how Bezos chooses to organize its supply chain. We shouldn’t assume that Blue Origin will become more open to external suppliers than its competitors, but the possibility is at least worth entertaining.

As it is, Bezos still faces substantial challenges. Blue Origin is not yet a commercially mature business. The company must increase its launch activity; it must demonstrate its reliability; and it must compete for customers in the public and private sectors. It must also decide how much technology to manufacture internally and whether and where third parties can provide better products or products at a lower cost. Bezos has the resources to give the company time to answer these questions, and he appears to be willing to use them. If he continues to prioritize commercial performance before pursuing an IPO, then Blue Origin could eventually enter the public markets in a much stronger position.

Stoke Space raises $1 billion for fully reusable rockets, targets ‘early 2027’ for 1st-ever launch

Stoke Space has amassed a substantial sum during its latest round of financing and is revealing exactly where it plans to invest its new stack of cash.

The Kent, Washington-based company just raised $1 billion via its"Series E" capital campaign, bringing Stoke’s total investor haul to $2.3 billion. The Sept. 8 announcement provided a development update for Stoke’s fully reusable Nova Pathfinder launch vehicle and included plans for its never-before-seen Nova Block 2 rocket, a more powerful system designed to be able to deliver up to 15 tons to low Earth orbit (LEO).

“We are humbled by the trust our investors and customers have placed in us in pursuit of this critical generational challenge,” said Andy Lapsa, Stoke CEO and co-founder. “This investment enables us to scale toward delivering the capability and cadence our customers require.”

Nova Pathfinder is Stoke’s first orbital launch vehicle (the largest first rocket ever undertaken by a U.S. launch company, according to Stoke), and is based on the same technologies the company is building into its Block 2 design. Both two-stage vehicles are being manufactured with full and rapid reusability in mind, with Pathfinder serving as the proving ground for that architecture.

Pathfinder's first stage is powered by seven Stoke-designed full-flow, staged-combustion (FFSC) Zenith rocket engines, fueled by liquid oxygen and liquefied natural gas (LNG). The first stage on Nova Block 2 will be equipped with 14 Zeniths. Stoke calls FFSC “perhaps the most difficult rocket engine cycle to develop,” but highlights its advantages; the tech leaves fewer residuals like soot around the engines and reduces the amount of maintenance needed between flights, according to the company.

The upper stage of both rockets is the more atypical approach to spacecraft design, compared to other vehicles of the same launch class. The aft end of Nova’s second stage is designed with a heat shield to protect the vehicle during reentry through Earth’s atmosphere. Instead of the ceramic tiles historically used on the heat shields of previous spacecraft, the dome-like structure at the base of Nova’s upper stage is made of metal, which is actively cooled by the liquid hydrogen that fuels the stage’s Andromeda propulsion system.

Rather than a single large, vacuum-optimized engine bell at its center, Nova’s upper stage features 12 small dual-thrust chambers integrated into a circle around the outer edges of the vehicle’s heat shield. Stoke successfully completed a “hopper” test flight of Pathfinder’s upper stage engine system in 2023, flying the vehicle about 30 feet (10 meters) into the air before it safely touched down.

Andromeda upper stage engine and integral re-entry heat shield. (Image credit: Stoke Space)

Scaling up to Block 2, Stoke plans to equip the upper-stage system with independent systems for each of the 12 engines, potentially increasing thrust by over a factor of five, according to the company. Block 2’s upper stage also drops Pathfinder’s tapered design in favor of cylindrical tanks, increasing propellant and payload volume to accommodate a 5-meter-wide (16.4 feet) fairing.

Stoke says the larger Block 2 configuration has been in the works alongside Pathfinder for several years. The company is developing the more powerful rocket to support large commercial and national security satellite constellations, of which there soon may be a high demand.

Nova Block 2’s closest competitors are SpaceX’s Falcon 9 rocket and Rocket Lab’s upcoming Neutron launch vehicle, which is still under development. And Falcon 9 is already being sundowned by SpaceX as the company gets closer to operational flights with its next-generation Starship rocket. While certain Falcon 9 flights for NASA, like crew launches to the International Space Station, are expected to continue until at least 2030, SpaceX CEO Elon Musk has said that Starship’s ultimate success “means winding down Falcon.” The timing should line up with when Stoke hopes to step in with Nova Block 2. Block 2’s first launch is targeted for 2029, with production and flight cadence expected to increase from there.

Nova Pathfinder next to Nova Block 2. (Image credit: Stoke Space)

As Stoke ramps up development for its upgraded launch vehicle, the company’s fresh round of funding will also go toward construction of the physical infrastructure Stoke needs to build, test and eventually operate both vehicles. The company is planning a 475-acre (192 hectares) expansion to its 75-acre (30 hectares) Moses Lake Test Site in Washington to support propulsion and vehicle testing as Pathfinder nears its first launch and Block 2 hardware begins coming online.

Stoke is also expanding its operations at Cape Canaveral Space Force Station (CCSFS) in Florida. The company was selected by the U.S. Space Force in 2023 to manage CCSFS’s Space Launch Complex-14, where it’s now building a new payload processing facility sized to accommodate both vehicles. And to complete its full reusability system, the company is also developing an offshore recovery platform.

Pathfinder has a much shorter timeline to the launch pad. Stoke is targeting early 2027 for Pathfinder’s debut launch, which the company plans to send to orbit with a customer payload. If that’s successful, Stoke hopes to fly multiple Pathfinder missions throughout 2027 and 2028 while Block 2 development and testing continue in parallel.

Once Block 2 does reach the launch pad, Stoke plans to keep Pathfinder in service. “We see value in having more than one way to serve the market, since some missions are particularly well suited to the Pathfinder configuration,” the company said.

Starbase Louisiana: SpaceX announces enormous $100 billion Starbase launch site

A new spaceport will bring 10 launch pads to Louisiana's Gulf Coast and support thousands of Starship launches per year.

SpaceX and Louisiana Governor Jeff Landry announced Tuesday (Aug. 25) a $100 billion investment in the state's Vermilion Parish to build "Starbase Louisiana," a sprawling new manufacturing and launch facility for SpaceX's massive Starship rocket. It will be one of the biggest projects in the state's history, and serve as SpaceX's largest center for spaceflight operations.

Once complete, the new site will feature five complexes that feature two Starship towers each, for a total of 10 launch pads across the facility, each with its own propellant farm. That fuel will also be produced onsite as well.

"We're planning to build a self-sustaining spaceport with its own propellant production, power generation, deep water shipping capabilities, vehicle processing facilities, and probably an airport," SpaceX President Gwynn Shotwell said during the announcement event. "And thanks to the abundant resources here in Louisiana, we have ready access to the natural gas that fuels these rockets to get to orbit."

SpaceX and Louisiana officials say the site will eventually support thousands of launches per year and will be central to SpaceX’s effort to dramatically increase Starship’s flight rate. SpaceX founder and CEO Elon Musk recently estimated that Starship will be launching more than 30 times per day by 2030, which equates to more than 10,000 flights per year.

Landry framed the project in historic terms, saying."This will be the place [from] which America reaches farther than it has ever reached before. In 1803, Louisiana gave America a continent. Today, Louisiana and SpaceX will give America the stars.”

Starship is SpaceX's next-generation, fully reusable launch vehicle. The giant rocket is still under development, but the company is quickly making strides to mature the rocket to operational status. SpaceX is preparing for Starship's 14th test flight in September, and is on a tight timeline to qualify the rocket for operational missions.

Shotwell said SpaceX's existing infrastructure can't support the number or cadence of Starship launches the company anticipates reaching, and tied Starbase Louisiana to SpaceX's long-term goal of using Starship to make human life interplanetary. In the nearer term, Starship is also tasked with returning astronauts to the surface of the moon.

NASA has contracted SpaceX to design a lunar lander version of Starship for the agency's Artemis program. Artemis III is scheduled for mid-2027, and will launch NASA's Orion spacecraft to Earth orbit to practice rendezvous and docking maneuvers with one of SpaceX's current "Version 3" Starship test vehicles. The first moon landing of the program is planned for Artemis IV in 2028, giving SpaceX a fast-approaching deadline to mature Starship from test article to crew-certified lunar lander.

A giant chrome rocket and a small space capsule dock in low Earth orbit.

Render of Starship and Orion docked on Artemis III, scheduled for mid-2027. (Image credit: SpaceX)

For the Artemis IV Starship to carry out its mission of landing astronauts on the surface of the moon and then launching them back to lunar orbit to rendezvous with Orion, and for any Starship mission beyond low Earth orbit, the spacecraft requires refueling launches of additional "tanker" Starships. Artemis IV's Starship may need up to a dozen such refueling flights. But Starbase Louisiana's 10 launch pads will be for more than propellant delivery.

SpaceX plans to launch its next-generation Starlink internet satellite constellation aboard Starship. To date, SpaceX has launched more than 300 Starlink missions aboard its workhorse Falcon 9 rocket, which has delivered more than 11,000 of the satellites to orbit. Already preparing for the transition to Starship, SpaceX just launched its last Falcon 9 Starlink mission from Florida, and plans to fly the remaining Falcon 9 Starlink launches from Vandenberg Space Force Base in California. SpaceX intends to retire Falcon 9 entirely once Starship is fully operational.

The company is also planning for Starship to launch its huge artificial intelligence network and build out an orbital infrastructure to “move supercomputing to space,” Shotwell said, as artificial intelligence drives greater demand for resources.

Illustration of SpaceX's planned Starbase Louisiana site, which the company says will support thousands of Starship launches per year.

Illustration of SpaceX's planned Starbase Louisiana site, which the company says will support thousands of Starship launches per year. (Image credit: SpaceX)

“Put all of this together, and these tasks will require thousands of launches,” Shotwell said. “Starbase Louisiana is being designed from day one to support this dramatic increase in launch cadence.”

Construction on the new Starbase is expected to begin in 2027, with the first launch from the site targeted for 2029, SpaceX said. According to an outline of the plan from Louisiana Economic Development, the state agency overseeing the project’s economic development efforts, the project is expected to create 3,000 direct jobs over the next decade, and thousands of additional jobs indirectly tied to its development.

Already having gone through the processes in Texas and Florida, SpaceX has also already begun working with Louisiana wildlife and coastal agencies to assess the impacts of such a large industrial complex along the Gulf Coast.

"We are committed to doing our part to ensure that this land doesn't disappear," Shotwell said, viewing the area as a unique opportunity to fly the world's most powerful rocket, while supporting Louisiana's coastal resilience. "SpaceX is partnering with state and federal agencies to expand Louisiana's coastal master plan, including shoreline protection, marsh restoration, and wildlife conservation," she said.

Starbase Louisiana will be SpaceX's biggest undertaking ever, and likely the eventual hub of the company's launch operations. "This will be a project like no other," Shotwell said, "another piece of science fiction transported into reality."

Virgin Galactic delays next commercial spaceflight to 2027

Virgin Galactic's next customers will have to wait a bit longer to get off the ground.

The suborbital space tourism company hasn't been to the final frontier since June 2024. It had been targeting late 2026 for the resumption of commercial service, but that's not going to happen, we learned on Wednesday (Aug. 12).

"We've moved our first commercial spaceflight to this coming February to allow additional time to complete avionics and systems installations," Virgin Galactic CEO Michael Colglazier said on Wednesday, during a call the company held to discuss its financial results for the second quarter of 2026.

"No single issue is driving the schedule push," he added. "Rather, we have experienced modest time-duration extension across hundreds of relatively small but important installation tasks involved in the first build of our new spaceship."

The coming mission won't be Virgin Galactic's first commercial spaceflight overall. That occurred in June 2023 and was performed by the company's VSS Unity space plane, which was retired a year later following its seventh operational, customer-carrying flight.

Rather, Colglazier was referring to the debut of the company's first "Delta class" vehicle, an advanced iteration that's designed to fly much more frequently than Unity ever did — twice per week, if all goes to plan.

Virgin Galactic is currently building two Delta planes, which will be broadly similar to Unity in most ways. They will be piloted vehicles that seat six passengers, for example, and will take off beneath the wings of a carrier plane. That mothercraft will drop the Delta vehicles at an altitude of about 50,000 feet (15,000 meters), after which they'll ignite their rocket motors and head to suborbital space.

Their suborbital jaunts will likely last 60 to 90 minutes, and they'll end with a landing at the same runway where they started.

The second Delta spaceship is expected to join the first one at Spaceport America in New Mexico — Virgin Galactic's commercial hub — in March 2027, Colglazier said.

a white space plane soars high above earth

The view from Virgin Galactic's VSS Unity vehicle during one of its trips to suborbital space. (Image credit: Virgin Galactic)

Colglazier also announced that Virgin Galactic's latest "tranche" of passenger bookings was oversubscribed, demonstrating a continuing strong demand from customers despite the flight hiatus. The per-seat price for that tranche was $750,000 — a number that's no longer available.

"We have retired the $750,000 price point, and we plan to open a new tranche of spaceflight expeditions this fall at higher price points," Colglazier said.

He didn't say what the new price would be. But the jump could be considerable, based on recent history: The ticket price before $750,000 was $600,000, and the one before that was $450,000.

Virgin Galactic lost nearly $56 million in Q2 2026, the company announced in Wednesday's earnings call. That was an improvement over Q2 2025, when the company was about $67 million in the red.

But things should change considerably next year, according to the company.

"With our second [Delta] spaceship entering service, we continue to forecast that we will achieve a flight rate of 10 or more spaceflights per month by the end of the second quarter of 2027," Virgin Galactic Chief Financial Officer Doug Ahrens said during Wednesday's call.

"This flight rate is an unprecedented achievement in human spaceflight, and this is made possible with our highly reusable spaceship design," he added. "Given these flight rate expectations, we continue to forecast quarterly positive cash flow within 2027."

The outlook is even rosier over the long haul, Ahrens stressed.

"We expect each new spaceship to cost approximately $60 million to produce," he said. "Given a conservative lifetime estimate of 500 flights per spaceship, with six astronauts per spaceflight, average pricing of $600,000 per spaceflight expedition, and a contribution margin over 80% per spaceflight, each new spaceship has the potential to generate over $1.4 billion of lifetime contribution margin."

Virgin Galactic will be the only game in town once it gets back up and running. Its chief competitor in the suborbital space tourism business, Jeff Bezos' Blue Origin, recently put its flights on hold to focus on helping NASA return astronauts to the moon.

Blue Origin has never revealed its ticket prices, but Ahrens said they were believed to be in the $1 million to $2 million range.

"I don't think we need to be driving our prices up that quickly," he said. "But there is strong and solid demand, and we do expect each time we release a tranche of tickets, it will be priced higher than the tranche before. And that's appropriate, so I think you'll see us do that for a little bit longer."