Voyager Space is building a 150,000-square-foot missile factory in Pueblo, Colorado, while its Denver engineers integrate a commercial space station with Airbus. The company is paying a $172,000 median salary across 96 open roles to staff both efforts. This guide maps who Voyager recruits, where they work, and what they earn. It then details the hiring process, the five sites anchoring the workforce, and the traits that lead to success inside a company straddling commercial station development and defense manufacturing.
The hiring mix clusters around four functional pillars. Guidance, navigation, and control engineering runs deep; the company's Vantage product line (flight-proven cameras, star trackers, and sun sensors) feeds directly into space situational awareness and GNC systems for both commercial and defense customers. Radiation-hardened electronics and flight-proven computing form a second pillar, driven by propulsion and optical navigation work tied to missile defense programs. A third pillar covers space station systems: Starlab has logged 23 technical milestones, and the team builds toward a commercial LEO destination rather than launch vehicles. The fourth pillar is AI-enabled spectrum dominance, a newer thrust signaled by a dedicated principal technical director role.
Voyager doesn't hire for launch. It hires for the infrastructure layer being built in orbit — and the defense systems that protect it. The roles on the board reflect that split: GNC engineers, radiation-hardening specialists, test engineers who've run hardware through vibration and thermal vacuum, and systems engineers who've taken a box from requirements through flight.
Compensation and Salary Bands
Voyager Space's compensation structure spans a wide band, reflecting a workforce that runs from early-career technicians to executive leadership overseeing multi-site operations. Zero G Talent's first-party board data (drawn from 96 salaried postings) puts the company-wide range at $60,000 to $270,000 with a median of $172,000. That median sits well above the U.S. private-sector average and aligns with Denver's cost-of-living index of 112.1 (12.1 percent above the national baseline, driven largely by housing at $1,600–$2,400 for a one-bedroom apartment).
The clearest way to read the pay structure is by function. The board's live postings cluster into eight categories, each with its own floor and ceiling:
| Function | Posting Count | Salary Range (Annual) |
|---|---|---|
| Aerospace Engineering | 21 | $153,000 – $199,000 |
| Business & Finance | 19 | $178,000 – $193,000 |
| Software | 8 | $137,000 – $187,000 |
| Mechanical | 4 | $129,000 – $173,000 |
| Electrical | 3 | $135,000 – $185,000 |
| Manufacturing | 10 | $118,000 – $150,000 |
| Technician | 14 | $109,000 – $124,000 |
| Security | 3 | $95,000 – $125,000 |
Aerospace engineering and business/finance roles command the tightest, highest bands — both floors start above $150,000. Software, mechanical, and electrical engineering sit in a middle tier ($130,000–$185,000). Manufacturing, technician, and security roles form the entry-to-mid band, though even the security floor at $95,000 exceeds many defense-adjacent contractors in lower-cost metros.
At the top of the ladder, the board shows six-figure executive and principal roles posted in the last 30 days (all figures annual USD):
- Executive Vice President, Engineering: $290,000–$340,000 (Zero G Talent's data shows)
- Executive Vice President, Operations: $280,000–$330,000 (Zero G Talent's figures show)
- Principal Technical Director, AI-Enabled Spectrum Dominance: $225,000–$300,000 (Zero G Talent reported)
- Technical Principal III: $238,160–$292,400 (Zero G Talent's board data shows)
- Vice President, Quality: $240,000–$290,000 (according to Zero G Talent)
- Systems Engineer VI – Test: $169,490–$279,160 (Zero G Talent found)
These ranges are wider than the functional bands because they absorb location differentials, scope variation, and the premium for security-cleared principal investigators. The Systems Engineer VI spread (nearly $110,000 between floor and ceiling) is typical for a role that can sit anywhere from a test-cell lead to a program-level technical authority.
Contract roles appear alongside salaried postings and carry hourly or project-based rates that annualize well above the salaried median. Recent examples (all posted late July to early August 2026):
- Special Tooling Group Manager: $120–$130/hour (≈$249,000–$270,000 annualized)
- Mechanical Engineer V – M&P: $149,000–$218,000 contract
- Executive Protection Agent: $150,000–$160,000 contract
- CNC Operator: $120–$130/hour
- Agentic GEOINT Mission Management Lead: $120–$130/hour
The contract premium reflects short-term need, clearance urgency, and the absence of benefits — Voyager's benefits package (Social Security, 401(k), disability, healthcare, pension, time off) is standard for the sector but not included in contract rates.
Third-party estimators paint a different picture. Salary.com's algorithmic model (updated April 2025) pegs the average at $103,687 with a narrow $90,847–$117,671 band, a figure that appears to weight corporate/finance roles heavily and under-represents the engineering-heavy postings on the board. Glassdoor (crowdsourced, limited sample) lists Aerospace Engineer at $88,000–$141,000 with a $106,000 base average and $5,000 additional pay. ZipRecruiter shows Los Angeles postings between $60,000 and $166,000. Treat these as directional only; the board data is live, employer-sourced, and specific to Voyager's actual requisitions.
Denver-based candidates should factor the 12.1 percent cost-of-living premium into any offer. A $172,000 median salary in Denver purchases roughly what $153,000 would in an average U.S. metro. For roles based in Long Beach, Folsom, or the D.C. metro, the differential shifts — Long Beach and D.C. run higher; Folsom tracks closer to Denver. The company does not publish a formal COLA policy; Salary.com notes most firms in this segment incorporate cost of living considerations into their overall salary structure for different locations rather than as a separate, itemized adjustment.
Annual reviews are the standard cadence for salaried increases, tied to individual performance, goal attainment, and company results. Professional certifications (PMP for program managers, specialized welding or NDT tickets for manufacturing, security-plus or CISSP for cyber roles) move candidates toward the upper quartile of their band.
How the Hiring Process Works and What Gets Candidates Through
Public information on Voyager Space's interview process is sparse. Glassdoor lists exactly one interview review and one interview question for the company as of the latest scrape. This data point itself signals how few candidates have documented the experience publicly. The company's own careers page states it is "committed to building a world-class team of explorers who reflect our values of integrity, cooperation, and innovation," but it does not publish a stage-by-stage breakdown, timeline, or rubric.
What little can be inferred aligns with the broader defense-and-space prime contractor model Voyager operates within. Roles that require security-clearance eligibility (common across the Denver, Folsom, and Reno sites) typically add a pre-screen for citizenship and clearance status before any technical conversation. Recruiter screens, when they occur, tend to focus on verifying that baseline and matching the candidate's project history to the specific program need (Starlab integration, payload hosting, or the AI-enabled spectrum work advertised in Washington and Seattle). The first-party board data shows senior roles like Principal Technical Director and Vice President, Quality listed with wide bands ($225k–$300k and $240k–$290k respectively), suggesting the process at that level involves multiple stakeholder sign-offs rather than a single hiring-manager decision.
The single Glassdoor question posted for Voyager is not publicly detailed in the research. Disqualifiers for defense-adjacent roles typically include inability to obtain or maintain a clearance, gaps in export-control compliance awareness, and a project portfolio that shows only academic coursework without hands-on build or test experience.
Without a published process map, the most reliable signal comes from the roles themselves. The board's 96 salaried postings span engineering, operations, and quality functions across five geographies, and the median band of $172k implies a multi-round evaluation that includes technical panels and program-lead reviews. Candidates should prepare for a sequence that moves from recruiter verification to a hiring-manager technical screen, then a panel or onsite with the subsystem leads who will own the deliverable. Timeline data isn't public for Voyager specifically. Voyager's acquisition of Valley Tech Systems means the team you interview with may sit in a legacy culture that hasn't fully harmonized — ask which program office the requisition maps to, and tailor your examples to that program's current milestone.
Where the Work Happens – Sites and Facilities
Voyager Space operates from a network of sites that reflect its dual heritage in commercial space stations and defense manufacturing. The company's headquarters remains in Denver, but the footprint has expanded sharply since the 2021 Valley Tech Systems acquisition and the 2026 push into long-range missile production. Five locations anchor the current workforce.
Denver, Colorado serves as the corporate center and the primary hub for station-program leadership. The Executive Vice President roles for Engineering and Operations are both based here, as is the Vice President of Quality. Denver teams oversee the Starlab commercial station partnership with Airbus and manage the integration of payloads destined for the International Space Station. The office houses systems engineering, mission assurance, and business development groups that coordinate across the other sites.
Long Beach, California joined the map in 2026 when Voyager opened a new facility in the area known locally as "Space Beach." The company described the site as a center to "advance U.S. space and national security capabilities" and positioned it to capture demand across civil, national security, and commercial missions. The Long Beach campus adds integration floors and test cells sized for larger spacecraft structures, complementing the smaller-sat work that historically ran through San Diego. Executive Vice President postings list Long Beach as a co-location option alongside Denver, signaling that senior technical leadership will split time between the two.
Pueblo, Colorado hosts the Voyager American Defense Complex, a 150,000-square-foot manufacturing, operations, and testing complex that broke ground in 2026. The project targets the Pentagon's call for accelerated domestic missile defense and tactical munitions production. The complex includes production shops for solid-rocket motor assembly, environmental test cells for vibration and thermal cycling, and a high-bay integration floor for final vehicle stacking. Voyager has publicly tied the site to 120 new jobs and a focus on controllable solid hypersonic propulsion, technology inherited from the Valley Tech Systems acquisition.
San Diego, California remains the home of Space Micro Inc., the radiation-hardened electronics supplier Voyager acquired to secure its own avionics supply chain. Space Micro's facility runs design and test labs for electro-optical payloads, software-defined radios, and digital signal processors used on both commercial and DoD satellites. The site also neighbors the UC San Diego campus where the Integrated Space Stem Cell Orbital Research (ISSCOR) Center operates a ground-support laboratory for ISS payload integration. ISSCOR, funded by NASA and a $150 million gift from T. Denny Sanford, uses the San Diego lab to prepare stem-cell experiments for launch, a reminder that Voyager's facilities serve life-science customers as well as defense ones.
Folsom, California rounds out the core engineering sites. The Technical Principal III role and the Systems Engineer VI – Test position (also listed for Reno, Nevada) are based here. Folsom hosts hardware-in-the-loop test beds and radiation-effects test equipment that support the radiation-hardened product lines Space Micro delivers. The Reno alternative for the test engineer role reflects a smaller satellite test operation that Voyager maintains in Nevada, though the research does not detail its lab complement.
Across these sites, the pattern is clear: Denver leads program management and station integration; Long Beach adds large-vehicle integration and national-security proximity; Pueblo builds and tests missile hardware at rate; San Diego supplies the rad-hard electronics and hosts ISS payload prep; Folsom and Reno provide the test infrastructure that validates both. Candidates should expect travel between sites (especially between Denver, Long Beach, and Pueblo) as programs move from design through qualification to flight.
Who Thrives at Voyager Space – Traits and Culture
Voyager Space describes itself as an innovative defense, national security and space technology company committed to advancing and delivering transformative, mission-critical solutions that tackle the most complex challenges to unlock new frontiers for human progress, fortify national security, and protect critical assets to lead in the race for technological and operational superiority from ground to orbit and beyond, per its own role descriptions on jobs.weekday.works. That language (mission-critical, complex challenges, technological superiority) signals the baseline: the company positions itself at the intersection of defense-grade rigor and new-space speed.
The internship program language offers the clearest window into stated values. Voyager seeks "highly motivated emerging talent" for a "10-week immersive internship program" offering "hands-on experience through project-based work in a fast-paced, collaborative environment" (jobs.industrious.vc, program dates June 8 – August 14, 2026). Three traits are named: motivation, hands-on project delivery, and collaboration at speed. "Fast-paced" appears alongside "collaborative" — not as a trade-off but as a combined expectation. That pairing recurs in the board's role mix: a Principal Technical Director for AI-Enabled Spectrum Dominance, a Systems Engineer VI – Test, a Vice President of Quality, and executive VPs in Engineering and Operations. The span from deep technical individual-contributor roles to enterprise leadership rewards both specialist depth and cross-functional fluency.
The accommodation statement on voyagertechnologies.com ("Voyager provides reasonable accommodation for qualified individuals with disabilities and disabled veterans in its job application procedures") indicates formal inclusivity infrastructure. The board's salary band ($60k–$270k, median $172k across 96 salaried roles) and the concentration of roles across Denver, Long Beach, Folsom, Reno, Washington D.C., Los Angeles, and Seattle imply a distributed workforce where remote or multi-site collaboration is routine. Success in that model requires proactive communication, comfort with asynchronous decision-making, and the ability to integrate across security domains — many roles touch defense and national security work where clearance eligibility is a practical prerequisite.
The research contains no employee-review corpus: 54 Indeed reviews and Glassdoor pages for both Voyager Space Technologies and Voyager Space exist, but their content wasn't captured in the provided digests. Any cultural portrait drawn from those sources would be speculative. The company's own framing emphasizes "transformative" solutions and "operational superiority" — language that attracts engineers who want measurable impact on hardware that flies or defends. But without the review corpus, claims about burnout rates, mentorship quality, or political dynamics would be invention.
The Pueblo factory broke ground in 2026. Starlab continues hitting technical milestones. The engineers hired at $172,000 median will build both — or they'll move between the factory floor and the station program, the way talent moves inside a company that no longer chooses between orbit and defense.
Working in frontier tech? Zero G Talent tracks the openings: see every open Voyager Space role, browse frontier tech jobs, the companies hiring, and the people building the field.