Space pay has risen as commercial launch and satellite companies compete with big tech and each other for a limited pool of engineers. Here's a realistic picture of what different roles pay in 2026. (Ranges vary by location, company stage, and seniority — treat these as ballparks, not guarantees. Note that some space companies trade a bit of cash for equity and mission.)
By role
- Software Engineer: ~$130k–$240k. Flight software and autonomy at the top end. See open roles →
- Propulsion Engineer: ~$120k–$220k. Combustion, turbomachinery, and test experience command premiums. See open roles →
- GNC / Autonomy Engineer: ~$140k–$260k. Among the highest-paid — trajectory, navigation, and autonomy are scarce skills. See open roles →
- Avionics / Embedded Engineer: ~$130k–$230k. Flight-computer and radiation-tolerant design at the higher end. See open roles →
- Structures / Mechanical Engineer: ~$110k–$200k. Lightweight structures, thermal, and mechanisms. See open roles →
- RF / Communications Engineer: ~$130k–$230k. Spacecraft comms and payload RF are in high demand. See open roles →
What moves the number
- Company stage: a hot, well-funded launch or satellite startup often pays more (with meaningful equity) than a legacy contractor.
- Location: Southern California (Hawthorne, Long Beach), the Bay Area, Texas, and the Florida Space Coast pay above the national average — but cost of living varies widely.
- Specialty depth: propulsion, GNC, and flight software command the biggest premiums because the talent is scarce.
- Willingness to be on-site: hardware and launch work is hands-on; on-site roles near the factory or pad often pay more.
Want to see what a specific role pays at a specific company? The listings on Space Tech Jobs link straight to each company's posting, where you can often see the range and apply directly.