Firefly Aerospace jobs in 2026: programs, locations, and how to get hired

Firefly Aerospace went from near-bankruptcy in 2017 to delivering payloads to lunar orbit in 2025. The company now operates three distinct product lines, each generating its own hiring pipeline, and 2026 is the year all three lines are running simultaneously. If you want to work at a mid-size launch company that moves fast and gives engineers real ownership over hardware, Firefly is one of the best options in the industry right now.

The three product lines driving Firefly hiring

Alpha: the small launch vehicle

Alpha is Firefly's bread-and-butter rocket. It delivers up to 1,170 kg to low Earth orbit and has been flying since 2021. After a first-flight failure, subsequent missions have been successful, and the cadence is increasing. In 2026, Firefly is targeting 6-8 Alpha launches, up from 3 in 2025.

This launch tempo increase means more operations staff at Vandenberg Space Force Base in California, more production technicians in Cedar Park assembling engines and stages, and more avionics engineers working on flight computers and telemetry systems. Alpha alone accounts for roughly 40% of Firefly's technical headcount.

Roles tied to Alpha include propulsion engineers (tap-off cycle LOX/RP-1 engines), structures engineers (composite tanks), avionics hardware and software engineers, and launch operations technicians. If you have experience with liquid rocket engines or composite manufacturing, Alpha jobs are the easiest entry point.

Blue Ghost: the lunar lander

Blue Ghost is Firefly's lunar delivery platform, built under NASA's Commercial Lunar Payload Services (CLPS) program. The first Blue Ghost mission launched in January 2025 aboard a SpaceX Falcon 9, carrying 10 NASA payloads to Mare Crisium on the Moon. It was only the second successful American commercial lunar landing after Intuitive Machines' IM-1 mission.

Blue Ghost 2 is scheduled for late 2026, targeting the far side of the Moon in partnership with ESA. This second mission drives hiring in GNC (guidance, navigation, and control), fault protection, thermal engineering, and communications systems. Lunar missions have tighter design margins than LEO operations, so Firefly needs engineers who can work within mass and power budgets that leave little room for error.

The Blue Ghost team is smaller than Alpha but arguably works on more technically challenging problems. If you have spacecraft systems experience, particularly in autonomous operations or deep-space communications, this is where the interesting work is.

Elytra: the orbital transfer vehicle

Elytra is a spacecraft bus designed to ride as a secondary payload on Alpha or other launch vehicles, then deliver satellites to custom orbits using its own propulsion. It extends Firefly's reach beyond what Alpha can do alone. Elytra is also the platform being adapted for cislunar logistics under a DARPA contract.

Elytra hiring focuses on spacecraft systems engineers, propulsion engineers (green propellant thrusters), and mission designers. It is the newest product line, so the team is smaller and roles here tend to attract people who want to shape a program from early development.

Where Firefly jobs are located

Cedar Park, Texas (headquarters)

Cedar Park, just northwest of Austin, is where most Firefly employees work. The facility houses engineering offices, rocket manufacturing, propulsion test stands, and the integration hall where Alpha vehicles are assembled. About 70% of all Firefly positions are based here.

The Austin metro area offers significantly lower cost of living than Los Angeles or the San Francisco Bay Area, which is a selling point for the company. Cedar Park itself is a suburban community with good schools and relatively short commutes. If you are relocating, you can expect housing costs roughly 40% lower than Hawthorne, CA (where SpaceX HQ is located).

Vandenberg Space Force Base, California

Firefly launches Alpha from SLC-2W at Vandenberg, on California's central coast. Operations roles here include launch engineers, pad technicians, range safety coordinators, and ground systems engineers. These positions typically require being on-site for launch campaigns, though some staff rotate between Vandenberg and Cedar Park.

Vandenberg roles tend to be more operations-focused than design-focused. If you prefer hands-on work with hardware rather than sitting in front of CAD software, launch site jobs are worth looking at.

Washington, D.C. area

Firefly maintains a small office near D.C. for business development, government affairs, and program management related to NASA and DoD contracts. Roles here are non-technical: contracts managers, BD leads, and government relations specialists.

Salary ranges at Firefly Aerospace

Firefly pays competitively for a mid-size aerospace company, though not at the top of the market. Here is what to expect in 2026:

Role	Experience	Salary range
Propulsion Engineer	3-7 years	$95K–$145K
Avionics Engineer	3-7 years	$100K–$155K
GNC Engineer	5-10 years	$120K–$170K
Structures Engineer	3-7 years	$90K–$140K
Manufacturing Technician	1-5 years	$55K–$80K
Flight Software Engineer	3-8 years	$110K–$165K
Launch Operations Engineer	2-5 years	$85K–$130K
Systems Engineer	5-10 years	$115K–$160K

These numbers include base salary only. Firefly offers equity in the form of stock options, which could be meaningful if the company goes public or gets acquired. Benefits include standard health/dental/vision insurance, 401(k) with match, and unlimited PTO (though the culture, like most launch companies, means heavy workloads during campaign periods).

Compared to SpaceX, Firefly salaries are roughly 5-15% lower at equivalent experience levels. Compared to legacy primes like Lockheed Martin or Northrop Grumman, Firefly base pay is similar, but the equity component is higher risk and potentially higher reward.

What Firefly looks for in candidates

Technical qualifications

Most engineering roles require a BS in aerospace, mechanical, electrical, or computer engineering. MS degrees are preferred for GNC and systems engineering positions but are not hard requirements. What matters more than your degree is whether you have built or tested hardware.

Firefly values hands-on experience disproportionately. If you have worked on Formula SAE, rocketry clubs, CubeSat projects, or any other program where you actually assembled and tested hardware, that carries significant weight in interviews. This is a company that builds and launches rockets, and they want people who are comfortable on the shop floor as well as at a desk.

Security clearance

Some Firefly programs, particularly the DARPA Elytra work and certain DoD-related Alpha missions, require US citizenship and security clearance eligibility. Not all roles require clearance, but being a US citizen expands the number of positions available to you. International candidates can still apply for commercial programs, but the pool is smaller.

Interview process

Firefly's interview process typically runs 3-4 weeks:

1. Recruiter screen (30 minutes) — Background, salary expectations, availability
2. Technical phone screen (60 minutes) — Domain-specific questions with a hiring manager
3. On-site interview (4-6 hours) — Multiple rounds covering technical depth, design exercises, and culture fit
4. Offer — Usually within 1-2 weeks of the on-site

The technical interviews are practical. Expect design problems, not textbook derivations. A propulsion engineer might be asked to size a pressurant system. A structures engineer might walk through a failure analysis. They want to see how you think through real engineering problems.

How Firefly compares to other launch companies

Firefly occupies a specific niche in the launch market: bigger than a cubesat launcher, smaller than a Falcon 9. This puts them in competition with Rocket Lab (Electron and Neutron) and to some extent with Relativity Space.

The key differences from a career perspective:

• Firefly vs. Rocket Lab: Firefly is US-based manufacturing only (Cedar Park). Rocket Lab splits between Long Beach, CA and Auckland, New Zealand. Firefly's lunar program gives it a diversification that Rocket Lab is building toward but has not yet matched.
• Firefly vs. SpaceX: SpaceX is 15x larger and launches 10x more frequently. You will have less individual ownership at SpaceX but more flight heritage to learn from. Firefly gives you more responsibility earlier in your career.
• Firefly vs. legacy primes: Lockheed Martin and Boeing offer stability and benefits that Firefly cannot match. But the pace of work at Firefly is dramatically faster, and you will see your hardware fly within months, not years.

For more on how Firefly compares in terms of compensation, see our post on Firefly Aerospace salary data.

Current openings and how to apply

Firefly posts all open positions on their careers page. In 2026, the heaviest hiring is in propulsion engineering, manufacturing technicians, and flight software, reflecting the ramp-up in Alpha production and the Blue Ghost 2 campaign.

To search for current Firefly openings alongside other space industry roles, use the Zero G Talent job search and filter by company. You can also browse all Firefly Aerospace jobs directly.

The space industry is growing faster than at any point since the Apollo era. Companies like Firefly, which are small enough to give you ownership but large enough to fly real missions, represent some of the best career opportunities available in aerospace right now. If you have the skills and the willingness to work hard, 2026 is an excellent time to join.