Space Vector Corporation
Eric Grabow has extensive experience in the aerospace industry. Eric began their career as an Engineer at General Dynamics Space Systems Division in 1987, where they worked until 1990. From 1991 to 2000, they worked at Space Vector Corporation, first as a Project Engineer and eventually as Manager of Vehicle Systems. In 2000, they became a Program Manager at PVP Advanced EO, Inc. Grabow returned to Space Vector Corporation in 2001 as Director of Vehicle Systems before being promoted to Vice President of Engineering in 2007 and ultimately becoming President in 2009.
Eric Grabow attended UC San Diego from 1982 to 1987 and earned a Bachelor of Science degree in Mechanical Engineering. This is currently the only known education history for Grabow.
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Space Vector Corporation
Space Vector is a small business dedicated to providing high reliability components, systems, and launch vehicle solutions to the aerospace industry. As a prime contractor to various government agencies, Space Vector has launched 37 rockets over the past 40 years in support of scientific and defense related projects with an enviable 94% success rate. Many of our vehicles are boosted by refurbished Minuteman motors that have proven to be very reliable and cost effective. We are a key subcontractor to Lockheed Martin and provide a variety of products and services under the Targets and Countermeasures Prime Contract. These include GPS metric tracking units, rechargeable flight safety and system batteries, and reentry vehicle adapter structures and separation systems. We also provide flight and ground software as well as guidance and control expertise to Lockheed Martin. Space Vector is supplying the United Launch Alliance (ULA) with GPS Tracking Units and Low Noise Amplifiers for the Atlas V and Delta IV launch vehicles. These critical components are part of the Air Force Space Command vision for Launch and Range Enterprise Transformation for metric tracking and eventually fully autonomous flight safety. Our post boost attitude control systems have flown on hundreds of NASA sounding rockets. These subsystems integrate our fully adjustable cold gas pneumatic components with a variety of sensors and controllers.