salary guides

How Much Does an Aeronautical Engineer Make in 2026? Salary by Employer and Experience

By Zero G Talent

How much does an aeronautical engineer make in 2026? salary by employer and experience

$75K-$200K
Typical Salary Range
11,217
Active Aerospace Jobs
673
Space Companies Hiring

Aeronautical engineers — more commonly titled "aerospace engineers" in job listings — design, test, and maintain aircraft and spacecraft. The salary range spans from $75,000 for entry-level positions at smaller contractors to $200,000+ for senior staff at SpaceX or Northrop Grumman. The actual number depends on three variables: employer, location, and experience level.

Salary by employer

From our database of aerospace engineering roles with posted salary data:

Aerospace engineer salary by employer
SpaceX (Senior/Staff)
$160K-$220K
NASA (GS-14/GS-15)
$154K-$197K
Northrop Grumman (Staff)
$148K-$222K
Turion Space (Senior)
$140K-$180K
NASA (GS-11/GS-12)
$82K-$128K
Entry-level (industry avg)
$72K-$90K

The gap between SpaceX and entry-level positions reflects both experience and the equity component. SpaceX base salary is competitive but not dramatically higher — the total compensation gap widens significantly when stock options vest.

Aeronautical vs. astronautical vs. aerospace engineer

The terminology confuses people, so here's the practical distinction:

Title Traditional Focus Modern Reality
Aeronautical engineer Aircraft that fly within Earth's atmosphere Mostly used in academic programs
Astronautical engineer Spacecraft and missiles beyond the atmosphere Rare in job listings outside academia
Aerospace engineer Both aeronautical and astronautical The standard industry job title

Job boards almost exclusively use "aerospace engineer." We track 11,217 active positions across 673 space and aerospace companies, and fewer than 1% use "aeronautical" or "astronautical" in the title. If you have a degree in aeronautical engineering, you're applying for aerospace engineering jobs.

Salary by experience level

Career progression for aerospace engineers follows a predictable path at major defense contractors. Northrop Grumman uses a numbered level system that's representative of the industry:

Level Typical Experience Salary Range
Entry (Level 1-2) 0-3 years $72K-$95K
Mid (Level 3) 3-7 years $90K-$136K
Senior (Level 4) 7-12 years $144K-$217K
Principal (Level 5) 12-20 years $160K-$240K
Fellow/Distinguished 20+ years $200K-$300K+

The biggest salary jump happens between Level 3 and Level 4 — the transition from mid-level to senior. This is where you shift from executing engineering tasks to leading technical decisions, and compensation jumps 40-60%.

Location matters more than you think

Aerospace engineer salaries vary by as much as $30K-$50K based on geography, even within the same company:

Location Cost Factor Typical Premium
San Francisco Bay Area Very high +25-30%
Los Angeles (El Segundo, Hawthorne) High +15-25%
Seattle/Redmond High +15-20%
Washington, DC High +15-20%
Houston, TX Moderate +5-10%
Huntsville, AL Low Base
Melbourne, FL Low Base

An aerospace engineer earning $150K in Huntsville has roughly the same purchasing power as one earning $200K in Los Angeles. The higher salary looks better on paper, but housing costs consume the difference.

The aerospace engineer career ceiling

Individual contributor aerospace engineers top out around $200K-$250K base at most companies. To push beyond that, you either move into management (engineering director, VP engineering) or become a company technical fellow — a rare designation reserved for engineers who've made significant contributions to the field. Both paths require 15+ years of experience and visible technical leadership.

What the job actually involves

Day-to-day work varies by specialization:

  • Structural analysis — FEA modeling, load analysis, material selection. Tools: NASTRAN, ABAQUS, HyperMesh.
  • Propulsion — Combustion analysis, turbopump design, nozzle optimization. SpaceX, Blue Origin, Aerojet Rocketdyne.
  • GNC (Guidance, Navigation, Control) — Trajectory design, autopilot algorithms, sensor fusion. Heavy math, MATLAB/Simulink.
  • Thermal — Heat transfer analysis, thermal protection systems, radiator design. Critical for spacecraft and reentry vehicles.
  • Systems engineering — Requirements, interfaces, integration, test. The glue between disciplines. High demand, especially at program scale.

Structural and systems roles are the most common and the easiest to enter. Propulsion and GNC are more specialized and typically pay a premium because the candidate pool is smaller.

Browse all aerospace engineering positions on Zero G Talent. For company-specific salary data, see our SpaceX salary guide, Northrop Grumman salary breakdown, or NASA GS pay scale guide.

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