Sustainability from Earth to Orbit: How We Do It at Moonshot

How we design, build, and operate technologies responsibly at Moonshot, embedding sustainability into every stage of our work: from launch systems and testing practices to infrastructure, supply chains, and the future of space transportation.

By Reut Bar Kana, Design Lead

Photo by: Scott Rock

As humanity’s use of resources on Earth continues to grow, it becomes increasingly important to rethink how we reach and operate in space. At Moonshot, we believe the next generation of space technologies must be designed with sustainability in mind—from how we launch and test systems to how we build the infrastructure that will support future space activity.

Sustainability is an integral part of how we design our technologies, operate our facilities, and envision the future of space infrastructure. By leveraging innovative technologies and smarter approaches to access space, we aim to reduce environmental impact on Earth while protecting the orbital environment that enables the growing space economy. From reducing emissions during launch to minimizing orbital debris and building efficient infrastructure and partnerships, we strive to integrate sustainability into every layer of our work. Our goal is not only to reach space, but to do so in a way that safeguards both Earth’s environment and the orbital ecosystem that surrounds it.

Sustainable Supply Chain from Earth to Orbit

Moonshot’s long-term vision is to build a sustainable supply chain that extends from Earth to orbit and beyond. As space activity grows, the systems that manufacture, transport, and deploy infrastructure in space must be designed with efficiency and responsibility in mind.

Our goal is to help enable a future where materials, components, and payloads can move through a space-based logistics network that minimizes environmental impact on Earth while supporting sustainable operations in orbit and beyond. By developing technologies that improve access to space and reduce the cost and energy required to transport materials, Moonshot aims to contribute to building the infrastructure that will support a more sustainable space economy.

Electric Launch Systems

Moonshot is developing launch technologies powered primarily by electricity rather than traditional chemical propulsion. Conventional rockets rely on large amounts of chemical fuel, producing significant emissions and environmental impact during launch. Our approach dramatically reduces the need for chemical propellants by leveraging electric power for acceleration. This not only minimizes fuel consumption but also lowers atmospheric emissions and reduces the environmental footprint associated with reaching orbit. By rethinking how launch energy is generated and delivered, we aim to enable a cleaner and more sustainable path to space access.

Tackling Orbital Debris

Space sustainability is critical to the future of the space economy. The growing population of orbital debris threatens satellites, scientific missions, and future launches. Moonshot aspires to apply its technologies not only for access to space but also to actively contribute to orbital debris mitigation and removal. By designing systems capable of interacting with and safely deorbiting debris, we aim to support a cleaner and safer orbital environment. Protecting orbital space today is essential to ensuring that future generations can continue to benefit from space infrastructure.

Responsible End-of-Life for Spacecraft

Space missions must consider not only how vehicles reach orbit, but also how they conclude their operational life. Moonshot is committed to designing capsules and mission architectures that prevent the creation of long-term orbital debris. We aim to ensure that mission hardware does not remain in orbit indefinitely. Responsible end-of-life planning is a key pillar of sustainable space operations.

Responsible Testing Through Advanced Hypersonic Simulation

Testing is a critical part of developing safe and reliable space technologies, but traditional aerospace testing often requires extensive field trials that consume large amounts of fuel and resources. At Moonshot, we aim to reduce the environmental impact of testing by leveraging advanced hypersonic testing capabilities that allow us to validate systems in controlled laboratory environments. By reproducing extreme flight conditions without requiring repeated full-scale flight tests, we can significantly decrease the number of field launches and engine burns needed during development. This approach not only accelerates innovation and improves safety, but also reduces fuel consumption, emissions, and operational footprint associated with conventional aerospace testing programs.

High-Utilization Launch Infrastructure

Moonshot is designing its launch infrastructure for long-term, high-frequency use. Rather than building launch systems intended for only a handful of missions, our approach focuses on creating a robust launch site capable of supporting a large number of launches over many years. By investing in durable, reusable ground infrastructure, we reduce the need to repeatedly construct new launch facilities or mission-specific hardware. This approach minimizes material consumption, construction impact, and operational waste while enabling more efficient access to space. High-utilization infrastructure allows us to support a growing cadence of missions while maintaining a smaller environmental footprint per launch.

Carbon Impact

In addition to reducing emissions through electric launch systems and efficient operations, Moonshot is committed to addressing its overall carbon footprint as it scales. While our primary focus is on minimizing emissions at the source, we also evaluate high-quality carbon offset and removal solutions to account for emissions that cannot yet be fully eliminated. This approach allows us to take responsibility for our environmental impact while continuing to advance more sustainable pathways to space.

Sustainable Workplace and Transportation

Sustainability extends beyond the launch pad and into our day-to-day operations. Moonshot’s headquarters and advanced laboratory are intentionally located just 200 meters from a major train station. This proximity makes it easy for employees to commute via public transportation rather than relying on private vehicles. By encouraging train travel and reducing car dependency, we significantly lower the carbon footprint associated with daily commuting. Thoughtful infrastructure choices like this allow us to align our workplace operations with our broader commitment to environmental responsibility.

Looking ahead, Moonshot envisions a future where space infrastructure enables sustainable expansion beyond Earth. By accelerating payloads from the Moon rather than Earth, future missions can take advantage of the Moon’s lower gravity, existing local resources, and its strategic position within the solar system. Launching from the lunar surface requires far less energy than escaping Earth’s gravity well, enabling more efficient transportation of materials and missions deeper into space. Our long-term vision is to help build the infrastructure that makes the Moon a gateway to the solar system — supporting exploration, scientific discovery, and economic activity while reducing the environmental burden on Earth.