About Masten


The space infrastructure company with rocket-powered roots.

Our Story


Masten Space Systems was born in the Mojave Desert in 2004. Our founder and CTO David Masten had one idea in mind: tear down the barriers to space.

David believed rockets should operate more like airplanes than ballistic missiles. That’s why we use reusable technologies, autonomous systems, and small operational teams so our rockets can launch, land, refuel, and fly again. This approach allows us to test often, iterate quickly, and reduce costs for every rocket we fly and every technology we develop.

Not to toot our own horn, but Masten has the most successful rocket-powered landings in the industry with more than 600 flights across five reusable rockets. These rocket innovations have allowed us to evolve into the space infrastructure company we are today.

Our Mission


Our mission is simple: accelerate space ecosystems on the Moon, Mars, and beyond. We’ll achieve this mission by first enabling regular, reliable access to the lunar surface. Then we’ll make it possible to extract and utilize extraterrestrial resources like water, methane, and rare-Earth metals. Turns out these resources can be pretty useful for fuel, power, and manufacturing.

This may sound like a tall order, but we’ve been preparing for lunar and Martian missions for nearly two decades. Working directly with NASA, defense, and commercial customers, we develop the tech it takes to break down the barriers to space. We test technologies aboard our rocket-powered landers to advance readiness for space. And we provide end-to-end mission solutions to deliver and operate payloads aboard our planetary landers.

Our Mission


Our mission is simple: accelerate space ecosystems on the Moon, Mars, and beyond. We’ll achieve this mission by first enabling regular, reliable access to the lunar surface. Then we’ll make it possible to extract and utilize extraterrestrial resources like water, methane, and rare-Earth metals. Turns out these resources can be pretty useful for fuel, power, and manufacturing.

This may sound like a tall order, but we’ve been preparing for lunar and Martian missions for nearly two decades. Working directly with NASA, defense, and commercial customers, we develop the tech it takes to break down the barriers to space. We test technologies aboard our rocket-powered landers to advance readiness for space. And we provide end-to-end mission solutions to deliver and operate payloads aboard our planetary landers.

Our Vision


The ultimate goal? Unlock the value in space to benefit humans on Earth. That means for us, it’s not just about bragging rights. We believe the solar system is an untapped source of value for the industry, economy, and environment.

It’s the key to drive high-tech talent and millions of high-paying jobs. And it’s the key to solve climate change by moving heavy industry to space and extracting planetary resources that preserve our resources on Earth. So how do we get there? We create a future where lunar landings are commonplace, space ecosystems are thriving, and humankind is benefiting from resources extracted across the solar system.

Our Team


Masten is a tight confederation of space pioneers, rocket scientists, and business heavyweights. We’ve been wrangling rocket-powered landings from sci-fi into reality for more than 18 years. Our team highlighted below shows a few folks who helped us get here and continue to support our missions to the Moon and beyond. With more than 120 employees, we’re rapidly growing into the premier space infrastructure company!

Our Flight Path


2004

Masten was founded by CTO David Masten; Team begins developing reusable, vertical takeoff and vertical landing rocket technologies.

2009

Xombie and Xoie vertical takeoff and vertical landing (VTVL) vehicles enter service; Xoie wins NASA’s Centennial Lunar Lander X-Prize Challenge.

2010

Xaero-A terrestrial lander enters service; Masten is first to successfully re-light a VTVL rocket engine during flight with its Xombie vehicle.

2011

Masten partners with the United Launch Alliance to design Xeus, a lunar lander for heavy cargo delivery.

2013

Masten begins test flights to mature NASA JPL’s G-FOLD algorithm and Lander Vision System that enabled the successful Mars 2020 mission.

2014

Xaero-B terrestrial lander enters service; Masten is selected for NASA’s Lunar CATALYST initiative to partner on lunar landing technologies.

2015

Masten’s 5th-generation VTVL vehicle, Xodiac, enters service to test and mature critical space technologies for government and commercial customers.

2016

Masten completes design, build, and test of its 25,000 lbf thrust rocket engine, Broadsword, funded under DARPA’s Experimental Spaceplane (XS-1) program.

2017

Masten pioneers patent-pending additive manufacturing approach for 3D-printed rocket engine components that improve performance and lower development costs.

2019

Masten and P3 Technologies join forces to offer a line of compact, high-power density, high-performance electric pumps.

2020

Masten wins NASA CLPS award to deliver payloads to the lunar south pole on our Xelene lunar lander; Wins two NASA Tipping Points awards to build new a vertical takeoff and vertical landing vehicle, Xodgor, and develop a warming system for lunar night survival.

2021

Masten wins contract to develop GPS-like solution for the Moon, enabling navigation and location tracking for spacecraft, assets, objects, and future astronauts on the lunar surface or in lunar orbit.