Located in Sejong City, INNOSPACE’s headquarters and Aerospace Research Center oversee the company's core strategic operations and research & development (R&D) efforts. Serving as the central hub for launch vehicle system integration, it plays a pivotal role in advancing our strategic goals through a specialized team of experts in the space sector.

Hwaseong Campus is an advanced manufacturing center dedicated to the in-house production of launch vehicle engines and key components.
By integrating internationally certified metal additive manufacturing (3D printing) technologies, the campus offers a full-cycle production system—from design to quality inspection—enhancing launch service competitiveness while significantly reducing production costs and lead times.

The Goheung Integrated Test Facility is equipped with essential facilities for the development of advanced space launch vehicles. It conducts hot-fire tests of hybrid rocket engines with thrust levels exceeding 25 tons, as well as engine clustering tests and methane engine combustion tests, optimizing performance and enhancing the reliability of the "HANBIT" launch vehicles across various payload capacities. Furthermore, this facility plays a pivotal role in validating launch vehicle technologies that will drive future advancements in space exploration.

The Hot-Fire Test Facility plays a crucial role in ensuring the reliability and performance of hybrid rocket engines. It is equipped to conduct combustion tests for hybrid rocket motors and engines with thrust levels of up to 25 tons. The facility features multiple horizontal test stands, a vertical test stand, and a cryogenic oxidizer supply system. An advanced Data Acquisition and Control System (DAQC) allows for comprehensive analysis of engine parameters.

The Sejong Plant specializes in producing paraffin-based solid fuels for hybrid rocket engines and assembling rocket motors. Through innovative solid fuel manufacturing processes, it enables rapid production and assembly, while the full-line system operation significantly reduces launch vehicle manufacturing time.

The rocket assembly hangar where the final integration of the launch vehicle takes place, playing a critical role in launch preparation through precise assembly processes and strict quality control systems.

Based in Dongtan, the Space Launch Vehicle Research Center spearheads the research and development of advanced electronic control and avionics. By driving innovation and implementing state-of-the-art technologies, the center is committed to delivering cutting-edge launch services. Serving as a key hub, it plays a crucial role in advancing global commercialization efforts.

Located in Sejong City, INNOSPACE’s headquarters and Aerospace Research Center oversee the company's core strategic operations and research & development (R&D) efforts. Serving as the central hub for launch vehicle system integration, it plays a pivotal role in advancing our strategic goals through a specialized team of experts in the space sector.

INNOSPACE ME TRADING L.L.C. in the United Arab Emirates is dedicated toexpanding business operations and fostering collaboration within the MiddleEastern space industry. It plays a crucial role in driving business developmentefforts to penetrate the region's launch service market and capture emergingopportunities.

INNOSPACE Europe SAS is based in France and facilitates business expansion in the European market. The subsidiary manages launch and space-related projects throughout Europe.

INNOSPACE DO BRASIL is a wholly owned INNOSPACEsubsidiary in located in São Josédos Campos, Sao Paulo, Brazil. INNOSPACE Brazil will manage the launchoperations at Alcantara Space Center.

Andøya Spaceport in Norway provides excellent launch opportunities into polar and Sun-Synchronous Orbits (SSO), accommodating launch azimuths ranging from 87.4° to 108°. Its low population density guarantees a safe launch environment, making it an ideal location for both commercial and scientific missions.

The Arnhem Space Centre in Australia is located at 12° South of the equator and is equipped with high propellant efficiency, making it particularly advantageous for launches into low and medium Earth orbits. Additionally, its low population density provides a safe launch environment.

The Alcântara Space Center in Brazil is located at 2° South of the equator, offering significant advantages in fuel cost savings due to high propellant efficiency during satellite launches. The launch azimuth ranges up to 107° from the equator to polar orbits, and the center boasts extensive uninhabited areas to the east, ensuring a safe launch environment.