Space Walker relocates flagship branch for next phase of spaceplane development
The move to Minamisoma City supports the startup’s future mass production of reusable composite launch vehicles, supporting Japan’s future competitiveness in the space industry.
New flagship branch in Minamisoma City. Source (All Images) | Space Walker
On May 23, (Tokyo, Japan) announced the relocation of its flagship branch and business from Chiyoda Ward, Tokyo, to Minamisoma City, Fukushima Prefecture, with the purpose of further advancing its composites-intensive spaceplane development and preparing a future mass production system. The company notes that while the flagship branch was relocated, its head office remains in Shimbashi, Minato-ku, Tokyo, where the Administrative Division continues to operate.
With the establishment of a development and production base, the company aims to anchor its space transportation technology and promote the regional industry, providing an optimized environment to develop, test and manufacture spaceplanes. Space Walker’s flagship branch specifically aims to advance social implementation of winged reusable launch vehicles while strengthening local industry infrastructure.
Minamisoma City offers infrastructure that supports R&D of robotics and advanced technology, which contributed to this decision. Space Walker says it is an area that is actively involved in fostering new industries, including space-related industries. Another critical factor for the new location is its sea access to the town of Taiki in Hokkaido, which Space Walker is considering as a launch pad. Under these circumstances, Space Walker will establish a development and production base in Minamisoma to promote space transportation technology and industrial infrastructure, as well as to contribute to the formation of a new industrial base deeply rooted in the region.
Space Walker’s RaiJin and FuJin launch missions.
Space Walker is developing a winged, reusable, suborbital spaceplane for launch in the 2030s. Currently, it is progressing the , a small suborbital satellite launch, in March 2028. In spaceplane development, key components such as methane engines, composite material tanks and systems technology play an important role. Space Walker aims to commercialize these component units to strengthen the Japanese space industry’s competitiveness. Head office relocation and development and production base establishment addresses these additional objectives:
- Establishing individual factories for technical testing, development and manufacturing of spaceplanes and various components in collaboration with local enterprises in Minamisoma City, to compose a core base for production and development systems.
- Expand employment of highly skilled technicians (engineers, manufacturing technicians, test operation staff, etc.) in the region, as well as throughout Japan and overseas.
- Promote training of next-generation space engineers in cooperation with universities and research institutions in the region and beyond
- Provide learning opportunities and events using the space industry, and collaborate with local manufacturing industries, among other options, to provide opportunities to enter the space industry from various perspectives, thus increasing regional recognition.
Currently, Minamisoma City is actively promoting the aerospace industry under the national project “Fukushima Innovation Coast Initiative,” and has established the Fukushima Robot Test Field (RTF) and the Space Industry Promotion Office. The relocation of Space Walker’s flagship branch to Minamisoma means that the company will follow in those same steps.
Space Walker is a startup certified by the Tokyo University of Science that conducts R&D of winged reusable rockets (spaceplanes) to provide a sustainable means of space transportation. The company is also engaged in the development, manufacturing and sales of next-generation composite material tanks that contribute to decarbonization.
Related Content
Rocket Lab begins installation of large AFP machine for rocket production
The 99-ton AFP machine, custom-designed and built by Electroimpact, is claimed to be the largest of its kind, expecting to save around 150,000 manufacturing hours in the Neutron rocket’s production process.
Read MorePost Cure: Parallel winding technique demonstrates CFRP anisogrid design optimization
Over the years, CIRA has demonstrated its patented CFRP parallel winding technique in a variety of ways for space applications. The lattice structure for the Vega-C launcher stage is a prime example.
Read MoreComposite molding compound replaces Invar for lightweight small satellite structures
Patz Materials and Technologies and Lawrence Livermore National Laboratory developed a new monolithic optics housing with 80% less weight, near-zero CTE and the high-volume manufacturing required for commercial space.
Read MoreOn the radar: Reusable launch vehicles, hypersonics make space more accessible
CFRP has become key to targeting efforts in reusing components like rocket stages, as well as the development of reusable hypersonic testbeds and spaceplanes, for increasing space commercialization.
Read MoreRead Next
Dream Chaser spaceplane passes NASA testing milestone
Sierra Space aircraft joint test confirms powered payload capabilities necessary for its inaugural mission to the International Space Station.
Read MoreSpace Walker raises $4.5 million for composite spaceplane, business developments
Cumulative seed funding closes at $10 million for development of CFRP suborbital spaceplane and bolstering of new composite materials department.
Read MorePolaris reaches €7.1 million in private funding for spaceplane development
Polaris welcomes new shareholder Dienes Holding supporting the German startup’s path to spaceflight, hypersonics commercialization.
Read More