The Red Planet Race: How Relativity Space and Eric Schmidt Plan to Beat SpaceX to Mars

In a move that has sent shockwaves through the aerospace industry, NASA has announced a landmark partnership with Relativity Space to execute "Aeolus," a high-stakes mission to Mars scheduled for 2028. This contract marks a pivotal turning point for the Long Beach-based rocket manufacturer, which, just a year ago, was struggling to find its footing. Now under the stewardship of former Google executive chairman Eric Schmidt, Relativity Space has been thrust to the forefront of the new space race, positioning itself as a legitimate contender to reach the Martian surface before Elon Musk’s SpaceX.

The Mission: Decoding the Martian Atmosphere

The Aeolus mission represents a significant leap in how NASA approaches planetary science. Rather than building the entire spacecraft infrastructure in-house, the agency is leveraging the "commercial service" model. Under this agreement, Relativity Space is tasked with building the spacecraft that will house a sophisticated suite of four scientific instruments.

These instruments are designed to provide the first-ever daily, global view of the Martian atmosphere. By mapping dust patterns, wind currents, and temperature fluctuations, Aeolus aims to provide the critical meteorological data required to ensure the safety of future robotic landers and, eventually, human explorers.

NASA Administrator Jared Isaacman, a seasoned space traveler with multiple private missions under his belt, underscored the strategic importance of this collaboration. "By pairing NASA’s world-class instruments with commercial innovation and investment, we can deliver more science, more often, and reduce the time it takes to get essential data into the hands of researchers preparing for future human missions to Mars," Isaacman stated.

Chronology: From 3D Printing Dreams to Martian Ambitions

The journey of Relativity Space has been one of audacious engineering and significant setbacks. Founded in 2015 by former SpaceX and Blue Origin engineers, the company distinguished itself by promising to disrupt the rocket industry through large-scale 3D printing. The vision was simple yet radical: reduce part counts, minimize supply chain complexity, and slash costs to build a fully 3D-printed rocket.

A Timeline of Evolution

• 2015: Relativity Space is founded with the goal of revolutionizing orbital launch costs.
• March 2023: The company achieves a milestone by launching its first 3D-printed rocket, the Terran-1. The vehicle fails mid-flight, marking a public and costly setback.
• April 2023: In a decisive pivot, Relativity announces it will retire the Terran-1 to focus entirely on its larger, more capable successor, the Terran R.
• Late 2023: Faced with a cooling venture capital market and the immense capital intensity of rocket development, the company undergoes a restructuring. Eric Schmidt, the former Google chair, acquires a majority stake and takes the helm as CEO.
• 2024: Development of the Terran R accelerates under new leadership, with the company securing the pivotal NASA contract for the Aeolus mission.
• 2028 (Projected): The launch of the Aeolus mission to Mars.

The Schmidt Strategy: A Tech Titan’s Gamble

The acquisition of Relativity Space by Eric Schmidt surprised many in the tech sector. While rocketry is notoriously capital-intensive and fraught with high failure rates, Schmidt’s move appears to be part of a broader vision for the "orbital economy."

Industry analysts suggest that Schmidt is not merely looking for a return on investment through launch services. His interest in orbital data centers and the development of the "Lazuili" space telescope—financed by his family’s philanthropy, Schmidt Sciences—hints at a vertical integration strategy. By controlling both the launch vehicle and the payloads, Schmidt is positioning Relativity to be a foundational infrastructure provider for the 21st-century space economy.

Furthermore, the rivalry between Schmidt and Elon Musk is no secret. The two have publicly clashed over AI safety and the future of human technological advancement. By potentially beating SpaceX to a scientific mission on Mars, Schmidt could secure a symbolic victory. While Musk has built the SpaceX brand on the promise of colonizing Mars, the company has yet to successfully land a dedicated science mission on the planet, leaving the door open for an underdog to claim the milestone.

Supporting Data and the "Commercial Infrastructure" Model

NASA’s decision to outsource the Aeolus mission is part of a broader shift in federal space policy. Following the success of the Commercial Crew and Cargo programs, which enabled SpaceX to supply the International Space Station, NASA is increasingly treating private companies as "service providers" rather than just contractors.

This model, championed by administrators like Isaacman, allows NASA to stretch its budget by requiring private firms to share the development costs. In exchange, the private company retains the intellectual property and the infrastructure, which it can then use to compete for other commercial contracts.

However, the risks are substantial. Relativity Space is an unproven entity when it comes to interplanetary logistics. While SpaceX has a deep well of data from thousands of successful launches, Relativity is still refining the Terran R. If the company fails to deliver the spacecraft on time, or if the launch fails, NASA’s investment will be in jeopardy. History serves as a cautionary tale; several other NASA startup partners have faced bankruptcy or mission failures when attempting to push the boundaries of lunar and deep-space transport.

Implications: The Murky Future of Space Commerce

The success of the Aeolus mission could set a new standard for how space agencies interact with private enterprises. If Relativity succeeds, it validates the strategy of "commercial infrastructure," proving that a nimble, 3D-printing-focused startup can achieve what was once the exclusive domain of government agencies and established aerospace giants.

Conversely, the mission highlights the "murkiness" of the current space market. While there is a clear demand for low-Earth orbit (LEO) satellite launches, the market for deep-space logistics—such as delivering scientific instruments to Mars—is far less mature. For Relativity, the goal is to prove that their technology is scalable, reliable, and cost-effective enough to make them the primary "trucking company" for the inner solar system.

The Competitive Landscape

The competition is fierce. Blue Origin, backed by the immense resources of Jeff Bezos, has been plagued by development delays but remains a formidable competitor in the heavy-lift category. Meanwhile, SpaceX continues to iterate on Starship, a vehicle designed to carry massive payloads to Mars.

For Relativity Space, the 2028 launch date is an incredibly tight timeline. To succeed, they must:

1. Complete the development and flight-testing of the Terran R rocket.
2. Design a robust, radiation-hardened spacecraft capable of surviving the journey to Mars.
3. Integrate NASA’s specialized scientific instrumentation without the delays that have hindered other private-public partnerships.

Final Reflections

The collaboration between NASA and Relativity Space is more than just a logistical contract; it is a high-stakes test of the new aerospace paradigm. With Eric Schmidt’s financial backing and strategic vision, Relativity has been given a lifeline that few other startups receive.

As we look toward 2028, the world will be watching to see if the "3D-printed rocket" can truly bridge the gap to the Red Planet. Whether or not this mission results in a win over SpaceX, the Aeolus project stands as a testament to the fact that the space race is no longer just a contest between nations—it is a race between the boldest innovators of the digital age. If successful, the mission will not only provide vital data for future astronauts but also rewrite the playbook for how humanity explores the cosmos.