Impulse Space is partnering with Relativity Space to perform the first ever commercial landing on the red planet!

Places in space, like Mars, are being viewed as potential destinations that can support the expansion of human presence in the inner solar system. Impulse Space and Relativity Space’s mission to Mars is a step forward for the entire community interested in the benefits that space can bring to humans on Earth. Today, Impulse Space’s COO and industry leader Barry Matsumori explains how Impulse is working to make this history-making mission possible, and deliver the first commercial payload to the surface of another planet by 2024! 

About Barry Matsumori: 

Barry Matsumori is an industry veteran that has been an executive leader at SpaceX, Virgin Orbit, and most recently as CEO at BridgeComm. Currently, Mr. Matsumori serves as the Chief Operating Officer at Impulse Space. In his own words, Mr. Matsumori shares, “I started my career in space at General Dynamics Space Systems in 1985 and worked on early satellites in the late 1980s. In 1993, I started at Qualcomm and worked on the ground side of Globalstar for a few years before moving into cellular communications.I have developed and implemented business and technology strategies as well as overseen operations at these companies. At BridgeComm, I led the refocus of the company strategy as well as being named in a number of optical communication technology patents.” 

At Impulse Space, Mr. Matsumori serves as the Chief Operating Officer, and is responsible for all the operating functions including business development, people, finance and mission management.

More about Impulse Space and the designed mission to partner with Relativity Space: https://www.impulsespace.com/ 

The integrated Cruise Vehicle, Entry Capsule, and Mars Lander developed by Impulse Space will launch in 2024 on the Relativity Terran R launch vehicle. After traveling through interplanetary space for over half a year, the Cruise Vehicle will inject the Entry Capsule into the correct landing trajectory and detach. The Entry Capsule will use the proven combination of heatshield and parachute to slow down enough to safely deploy the Mars Lander into freefall. The lander will then perform a propulsive landing using purpose-built engines developed in-house at Impulse Space, completing the first commercial payload delivery to the surface of another planet.