Used to produce thrust for orbit insertion, attitude control, station keeping, and other in-orbit maneuvers, satellite propulsion is vital to the successful operation of satellites. The systems encompass chemical (e.g., solid, liquid, hybrid, and hot/cold gas), electrical, hybrid chemical, hybrid electrical, and non-propellant propulsion (e.g., electrostatic, electrothermal, plasma). Market participants are developing new technologies such as fusion, green propellant, and nuclear thermal propulsion as alternative satellite propulsion solutions.
Get an overview of:
• Analysis of satellite propulsion by orbit, system type, and application.
• Sector dynamics, drivers, and restraints.
• The competitive environment for companies and countries.
Sign up for a complimentary Growth Pipeline Dialog™
A Growth Pipeline Dialog is a structured open discussion with our growth experts providing unparalleled industry intelligence, technology advancements, and proven implementation best practices. This discussion will spark innovative thinking and help generate a pipeline of growth opportunities you can leverage to maximize your company’s future growth potential.
