Relativity Space

At our core, we're a customer-centric rocket company. But what does that really mean? It means that, from day one, we engineered Terran R with the “just right” goldilocks combination of payload capacity, launch frequency, and mass-to-orbit efficiency. Designed to meet real customer needs for LEO and beyond, Terran R isn't just another rocket—it's the solution the market has been waiting for.    💡 Industry analysts predict that over 20,000 satellites will need to reach space by 2030, and they’ll need a ride. With most payloads consisting of a dozen or more satellites, each with masses up to 1000kg, Terran R steps in with the capability to launch up to 23,500kg into orbit.    🚀 https://bit.ly/TerranR 

Welcome to the MET Lab. We’re going behind the scenes of tensile coupon testing with materials engineer Mikaila Risser. This is one of the first tests in a component's journey, ensuring quality of materials used in production and helping set the foundation for success in our manufacturing process.

We’re going back to the whiteboard with Director of GNC and Performance, Don Nguyen, as he breaks down Guidance in Terran R’s launch, ascent, and reentry. Want to help get Terran R to orbit and back? The team is hiring.  💫 https://bit.ly/3MBZkPj 💫 https://bit.ly/3yTzumr 💫 https://bit.ly/3SYSYge

We had the pleasure of hosting Congressman Robert Garcia and his staff at our Long Beach headquarters, right in the heart of #SpaceBeach. We proudly shared a glimpse of Terran R's progress and the factory floor that will bring it to life. Thank you for your support and for stopping by!  

The Aeon R main injector has undergone 14 design, print, and test iterations—something nearly impossible with traditional manufacturing methods that involve thousands of precision components. Going from a clean sheet design to testing in just three months – each iteration improves performance and reliability.  Join the team: https://lnkd.in/gvMmUin5  

You don’t need to be a rocket scientist to help build rockets—hear us out. Our Senior Manager of Recruiting Reuven Valery Fridmar shares what we look for in candidates and the diverse backgrounds they come from, ranging from agriculture to electric vehicles, aviation, consulting, and architecture. It takes a wide range of skills to build, test, and launch a rocket.    🚀 Build Terran R: https://lnkd.in/gvMmUin5 

At NASA’s Stennis Space Center, testing is a daily routine. In the E2 test cell, the latest Aeon R gas generator undergoes component throttle sweeps, ranging from minimum to maximum power. These tests verify performance across the entire spectrum of throttle capabilities before integration into the engine assembly. Test, hot fire, repeat—join the team.👇    Propulsion Test Engineer https://bit.ly/3AgrFHJ   Senior Electrical Engineer https://bit.ly/3SMVKW2  

Our Integrated Performance team is growing! VP of Integrated Performance Ryan K. highlights the benefits of our team’s diverse backgrounds – from cars to software to planes —as they come together to help define mission-critical vehicle architecture and operations for Terran R.    🚀 Senior Multibody Dynamics https://bit.ly/4cq0KXB   🚀 Senior Vehicle Dynamics https://bit.ly/3SMVKVR   🚀 Vehicle Dynamics Engineer https://bit.ly/3SMTYUu   More: https://lnkd.in/gvMmUin5  

Time for an encore! Our avionics engineers take us behind the scenes, sharing more of their funny, personal, tongue-in-cheek circuit board designs as they work on Terran R in style. 🚀 https://bit.ly/TerranR

The Aeon R main combustion chamber experiences temperatures around 6500 °F, about ten times hotter than a typical household oven — enough to melt most metals. Propulsion engineer Aditya Sinha explains our innovative approach to regenerative cooling, made possible through additive manufacturing. Print Aeon R with us:  💫 https://bit.ly/4dak505   💫 https://bit.ly/46xS8g5