Published on January 25, 2025 by spacetechtimes.com
Relativity Space was founded in 2015 by Tim Ellis and Jordan Noone, two engineers who previously worked at Blue Origin and SpaceX. Their vision was ambitious: to transform aerospace manufacturing using cutting-edge automation and additive manufacturing—specifically, 3D printing. Headquartered in Long Beach, California, the company was launched with the aim of reducing the cost and complexity of building rockets, with the long-term goal of enabling humanity’s expansion to Mars.
Relativity Space is best known for its pioneering use of metal 3D printing to produce entire rockets. The company claims that 85% to 95% of its rocket components, including the engines and structure, are 3D printed using proprietary Stargate printers. This approach drastically reduces part counts, simplifies supply chains, and allows faster design changes. Relativity’s model emphasizes speed, scalability, and efficiency over traditional, labor-intensive manufacturing methods.
The company’s first orbital-class rocket, Terran 1, was designed to carry small to medium payloads into low Earth orbit (LEO). It featured nine Aeon 1 engines on the first stage and one on the second, all 3D printed and fueled by liquid methane and liquid oxygen (LOX). Terran 1 aimed to be the world’s first fully 3D-printed rocket. Its maiden flight occurred in March 2023 but did not reach orbit due to a second-stage failure. Despite the setback, the flight marked a major milestone for aerospace innovation.
Learning from the Terran 1 experience, Relativity announced the development of Terran R, a much larger, reusable rocket with ambitions to rival SpaceX’s Falcon 9. Terran R is designed for heavier payloads and will also be 3D printed extensively. The rocket will use a new engine, Aeon R, and feature full reusability for both stages. The company plans to launch Terran R from Cape Canaveral by the mid-2020s. If successful, it could significantly disrupt the commercial launch market by offering faster turnaround times and lower costs.
At the heart of Relativity’s operations is Stargate, its proprietary large-scale metal 3D printer. The latest version, Stargate 4th Gen, is capable of printing rockets up to 120 feet tall and 16 feet wide. The printer uses robotic arms and advanced software to deposit aluminum alloy in precise patterns. This level of automation enables Relativity to go from raw material to flight-ready rocket in just 60 days—a process that would traditionally take over a year.
Relativity Space has raised more than $1.3 billion from high-profile investors including Fidelity, BlackRock, and Mark Cuban. The company reached a valuation of over $4 billion in 2021. These funds have supported the expansion of its Long Beach headquarters and a 1-million-square-foot factory. It has also built new testing facilities at NASA’s Stennis Space Center in Mississippi. This robust financial backing underscores market confidence in its disruptive approach to aerospace manufacturing.
Relativity Space has secured several commercial contracts and memoranda of understanding with satellite operators and defense clients. It has agreements with NASA, the U.S. Department of Defense, and private firms for satellite launches aboard future Terran R missions. The company is also part of NASA’s Venture-Class Launch Services program. These partnerships demonstrate that Relativity’s capabilities are not just experimental—they’re being adopted by high-stakes customers with real orbital needs.
Despite early challenges, Relativity Space continues to push the boundaries of aerospace engineering. Its combination of AI, 3D printing, and reusability positions it as a next-generation player in the space economy. While competitors like SpaceX and Rocket Lab remain dominant, Relativity’s innovation-driven model is carving out a distinct niche. As Terran R progresses toward flight readiness, the industry is watching closely to see if the promise of "rockets printed in days" can truly reshape access to space.
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