Could the future of space exploration involve satellites that build themselves once they reach orbit?

In this NYSE Live interview, Joe Landon, Co-Founder and CEO of Rendezvous Robotics, discusses the company's recent $20 million funding round, its plans for a groundbreaking in-space assembly demonstration mission, and how self-assembling spacecraft could reshape the future of the space economy.

Kristen Scholer spoke with Landon about autonomous spacecraft, satellite manufacturing, space infrastructure, robotics, advanced engineering, and the growing demand for next-generation space technologies.

A major theme throughout the conversation is the challenge of building satellites under the constraints of rocket launches. Traditionally, spacecraft must be designed to fit inside a launch vehicle before deploying in orbit, limiting their size and capabilities.

The interview also explores Rendezvous Robotics' innovative approach to spacecraft design. Rather than launching fully assembled satellites, the company is developing technology that enables satellites to launch in pieces and autonomously assemble themselves once in space.

Another key topic is the company's recent $20 million funding round, led by Toyota Ventures. According to Landon, the capital will support continued research and development efforts as the company advances its in-space assembly technology toward future demonstration missions.

The conversation further examines how the technology works. Rendezvous Robotics is developing modular spacecraft components that use magnetic systems to reconfigure, connect, and assemble into larger operational satellites while in orbit.

A significant focus of the discussion is the company's planned 2028 demonstration mission. The goal is to prove that multiple spacecraft components can reliably self-assemble in orbit and successfully function as a complete satellite system.

The interview also highlights the technical challenges involved in autonomous space assembly. Building reliable systems capable of operating in microgravity requires extensive testing, engineering expertise, and iterative technology development.

Another major theme is the company's origins. Rendezvous Robotics is building upon research pioneered at MIT by co-founder Ariel Ekblaw, along with a series of earlier experiments designed to validate autonomous assembly technologies.

The discussion also explores the role of testing and validation. The company has conducted experiments in simulated microgravity environments and continues developing increasingly sophisticated demonstrations as it progresses toward orbital deployment.

Additionally, Landon discusses the rapid growth of the satellite industry. As demand for communications, Earth observation, remote sensing, and space-based services continues expanding, new approaches to spacecraft manufacturing could become increasingly important.

The interview further examines how in-space assembly may help overcome existing limitations within the space industry. Rather than being constrained by rocket dimensions, future spacecraft could be designed around mission requirements and assembled after launch.

Another key topic is adaptability. Modular spacecraft architectures may enable satellites to evolve, reconfigure, and support multiple mission profiles after deployment, potentially extending operational capabilities and flexibility.

The conversation also highlights the importance of talent and workforce development. Rendezvous Robotics draws expertise from aerospace engineering, robotics, satellite development, autonomy, and advanced systems engineering disciplines.

Looking ahead, Landon points to upcoming technology demonstrations, including International Space Station-related testing and further development of the company's magnetic assembly systems as important milestones on the path to commercialization.

Throughout the discussion, Landon shares insights on satellite technology, robotics, autonomous systems, aerospace engineering, space infrastructure, orbital manufacturing, venture funding, innovation, space commercialization, and the future of in-space assembly.

Disclaimer: Informational content only. NYSE does not endorse or recommend investments, strategies, companies, products, or services discussed.

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