Stoke Space raised $1 billion this month to build a second rocket before its first one has even flown. Four more space companies made moves just as telling this month. Here’s what happened, and what each one means for hiring.
1. Stoke Space Raised $1 Billion to Launch Its Reusable Nova Rocket
Stoke Space closed a $1 billion Series E this month to speed up its fully reusable Nova rocket, which the company wants to fly by 2027. The money also covers:
- Building a second, much bigger vehicle, Nova Block 2, carrying roughly five times the payload of Nova’s reusable configuration, aimed at 2029
- A sevenfold expansion of the Moses Lake, Washington, test site, from 75 to 550 acres
- New payload processing facilities at Cape Canaveral to support both rockets at once
What It Means for Space
Nova is designed to recover both the booster and the upper stage, something no rocket has done operationally yet. Nova Block 2 is comparable to SpaceX’s Falcon 9, except that Falcon 9 isn’t fully reusable.
SpaceX’s own path to full reusability is Starship, aimed at a completely different scale of mission. SpaceX doesn’t expect to retire Falcon 9 until Starship is flying reliably several times a week. Stoke is betting it can bring full reusability to Falcon 9’s size class well before SpaceX has reason to build something similarly small and reusable.
Where the Jobs Are Headed
Stoke has around 400 people today and needs to scale fast. That means:
- Growing propulsion, structures, avionics and GNC (guidance, navigation and control) engineering teams to run two rocket programs at once
- Hiring the technicians needed to operate Moses Lake at seven times its current size
It also puts Stoke in direct competition with Rocket Lab, Firefly and Relativity for the same small pool of people who’ve actually worked on a reusable launch vehicle before. Nobody has built one that’s fully reusable yet, so that pool of people barely exists. If that’s you, expect more calls.
2. SpaceX Posted Its First Job Listing for a Launch Site That Doesn’t Exist Yet
SpaceX put up its first job posting for a proposed launch site in Vermilion Parish, Louisiana. The state expects the project to bring more than $100 billion in investment, about 3,000 direct jobs over ten years, and 8,100 additional indirect jobs for contractors and vendors. Construction starts by the end of 2027, with SpaceX targeting first launches for 2029.
What It Means for Space
Vermilion Parish itself has no existing space workforce. What the parish does have is the Gulf Coast’s existing heavy industry: shipbuilders like Conrad Shipyard, oil and gas majors such as Chevron, and the logistics hub at Port Fourchon, all of which produce welders, pipefitters, electricians and heavy-equipment operators used to working on large, hazardous industrial sites.
Where the Jobs Are Headed
Most of these roles have to be filled now. Site design, environmental permitting and range-safety planning all have to be finished before a rocket ever reaches the pad. That leaves SpaceX with two problems to solve:
- SpaceX has to recruit specialist roles (GNC, propulsion, launch and pad operations leadership) nationally, competing with Blue Origin and every other space company for people willing to relocate to a parish that’s never had a space employer
- For site trades (welders, electricians, pipefitters and riggers), SpaceX will be competing with Louisiana’s oil, gas and shipbuilding industry for people with transferable skills
3. Rocket Lab Fully Funded Its $8 Billion Iridium Acquisition
Rocket Lab closed out the financing behind its $8 billion acquisition of Iridium this month, completing a $1.94 billion stock offering to get there. The deal hands Rocket Lab a global satellite network with more than 2.55 million subscribers, plus government, defense and commercial customers already paying for it. It also comes with the spectrum and infrastructure to run that network.
What It Means for Space
Most launch companies stick to launch. Rocket Lab has spent years buying its way into building spacecraft too, and Iridium adds something bigger: an already-profitable network. Iridium made $871.7 million in revenue last year at a 57% operating margin.
Instead of aiming to make cheaper rockets, Rocket Lab is diversifying by looking at what happens after launch. That means running the satellites, selling the communications services they provide, and collecting revenue from customers long after the rocket’s gone.
Where the Jobs Are Headed
Rocket Lab isn’t just buying satellites; it’s buying an operating business it has never run before. That means:
- Program and integration management roles to fold two companies into one without impacting a network 2.55 million subscribers are relying on
- Satellite operations and GNC hires to run the combined business at a scale Rocket Lab didn’t need before
4. NASA Gave Relativity Space a Contract That Doesn’t Start Until 2030
NASA added Relativity Space’s Terran R to its Launch Services II contract this month, making it eligible for NASA missions assigned between now and 2030, for launches that have to happen by 2032.
The catch: Terran R hasn’t flown yet. Relativity is still building its launch pad at Cape Canaveral and a new engine test site at NASA’s Stennis Space Center in Mississippi.
What It Means for Space
Four years sounds like plenty of runway, but proving a new rocket reliable enough for NASA missions could eat up most of it. Relativity has to get Terran R flying, then flying repeatedly, well before the contract starts sending business its way.
Where the Jobs Are Headed
That means Relativity needs to build out propulsion, structures, avionics and launch operations teams now, years ahead of the first paying mission.
It also puts Relativity in the same hiring pool as Blue Origin, ULA, Firefly and Stoke: all racing to build a similar class of rocket, all drawing from the same small group of people who have already done it.
5. York Space Systems Landed Another Constellation Contract
York Space Systems, based in Denver, was named prime contractor for Tomorrow.io’s new weather constellation this month. The deal is worth $187 million to start, covering dozens of satellites carrying weather sensors. As prime, York owns the entire program. It’s building the satellites, integrating partners’ sensors and answering for the whole constellation itself.
What It Means for Space
That kind of ownership means York carries all the risk too. If a sensor doesn’t work or the ground systems fail, that’s York’s problem to fix. Responsibility like that needs serious production capacity, which is why York has already put over $755 million into its factory.
Where the Jobs Are Headed
This also means York needs to grow its in-house teams: the engineers who build the satellites, the ones who handle how they communicate, and the ones who run them once they’re in orbit.
That puts York up against other satellite builders like Terran Orbital, Blue Canyon and Millennium Space, who are all hiring the same kind of people. It’s another sign that satellite-building jobs keep growing in Denver.
What These Five Moves Signal
These five moves show that hiring starts years before the mission goes live. Without a talent pipeline, there is no mission. Talk to us for advice on where to start.