Jspaceworks

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Jspaceworks

Overview

Jspaceworks is a U.S.-based engineering firm specializing in advanced space technologies. The company develops innovative solutions for the space industry, including in-space manufacturing, robotics, and structures designed for space environments. Jspaceworks aims to reduce the cost of space missions and create new opportunities for in-orbit production and assembly.

Company size

11-50

Founding Year

2021

Location

Portland, USA

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Services

In-Space Manufacturing40%

Robotics and Automation30%

Space structures20%

Additive Manufacturing10%

Industry Expertise

Space travelRoboticsEngineeringManufacturing Technology

Key Clients

National Aeronautics and Space Administration

Air Force Research Laboratory

Awards

NASA Phase I SBIR Award TCT Additive Manufacturing Top 100

Team

The team consists of engineers and scientists with extensive experience at NASA, JPL, and leading universities. It includes experts in robotics, materials science, and mechanical engineering with a focus on space applications. The company culture emphasizes innovation and interdisciplinary collaboration.

Projects Summary

Notable projects include the development of SpiderFab technology for robotics-based manufacturing of large spacecraft structures in orbit, in-space assembly demonstrators, and partnerships with NASA for additive manufacturing in space. The portfolio includes case studies on orbital robotics and materials science.

Website Summary

The Jspaceworks website presents the company as a pioneer in in-space manufacturing and assembly. It highlights core technologies such as SpiderFab, integrated robotics, and advanced materials, showcases the team’s expertise from NASA and universities, and features current projects and partnerships in commercial spaceflight.

Best for

Jspaceworks is particularly well-suited for aerospace companies, government agencies such as NASA, and technology partners that require solutions for in-orbit manufacturing, large space structures, and cost-effective satellite development.