Satellite propulsion market seen reaching $12.22 billion by 2030

The Business Research Company says the satellite propulsion system market will nearly double to $12.22 billion by 2030, driven by more satellite launches, electric propulsion adoption and demand for precise maneuvering. North America held the biggest share in 2025, while in-orbit servicing and debris mitigation are expected to add new demand.

Why it matters: - Satellite propulsion systems help satellites change orbit, stay on station and deorbit at the end of mission life. - Faster launch activity and larger satellite constellations are increasing demand for propulsion that is efficient, compact and precise. - The market outlook points to stronger demand for both commercial and government space programs as missions become more frequent and more complex.

What happened: - The Business Research Company projected the satellite propulsion system market will rise from $5.93 billion in 2025 to $6.92 billion in 2026. - The research firm said the market will reach $12.22 billion by 2030. - The company forecast a 16.6% compound annual growth rate in 2026 and a 15.3% CAGR through 2030. - The report was released June 11, 2026. - The report includes a free sample and the full market report.

The details: - The 2026 growth outlook is tied to more satellite deployments that need dependable station-keeping propulsion. - Hydrazine monopropellant thrusters remain widely used for orbital maneuvers. - Improvements in chemical propulsion are boosting thrust efficiency. - Commercial and government satellite programs are expanding demand for propellers, turbines and other propulsion components. - Precise orbit adjustments and attitude control in communication and earth observation satellites are supporting market growth. - Electric propulsion is gaining adoption because of better fuel efficiency across satellite sizes. - Demand is rising for lightweight, high-performance propulsion systems that can support mega-constellations. - Hybrid propulsion technologies are drawing interest because they offer more mission flexibility. - The report flags in-orbit servicing and debris mitigation as additional demand drivers for precise maneuvering capability. - Expected trends include more electric propulsion for orbital maneuvers, more green propellants as hydrazine alternatives, compact modules for small satellites, modular subsystems for multi-orbit missions and better maneuvering tech for in-orbit servicing. - Satellite propulsion systems cover chemical propulsion, electric propulsion and hybrid systems. - These systems support trajectory adjustments, orientation control, station-keeping and deorbiting.

Between the lines: - The forecast reflects a broader shift in space hardware toward efficiency, flexibility and sustainability. - Green propellants and electric propulsion point to pressure to move away from hydrazine-based systems. - Growth in mega-constellations and servicing missions suggests propulsion is becoming a core enabler, not just a support component. - Space Foundation data cited in the report showed orbital launch attempts rose 16% in 2024 to 259 launches, or about one every 34 hours. - North America held the largest market share in 2025, helped by a strong satellite manufacturing base, advanced research facilities and heavy government and commercial investment.

What’s next: - The report expects continued expansion as satellite launches increase and propulsion subsystems become more specialized. - Further adoption of electric and hybrid systems is likely as operators look for better fuel efficiency and mission flexibility. - In-orbit servicing and debris mitigation programs should keep increasing the need for fine maneuvering and control. - The market report also adds new analytical tools, including TAM analysis, company scoring matrices, forecasting dashboards and hotspot infographics.

The bottom line: - Satellite propulsion is moving from a niche spacecraft subsystem to a fast-growing market tied to the pace of global space activity.