Driving Innovation

As the nation’s independent testing and research center for space systems, our more than 80 specialized laboratories test, analyze, and troubleshoot virtually every aspect of rocket and satellite systems.
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Aerospace Virtual Tours

Aerospace's virtual tours allow you to explore our state-of-the-art facilities from the comfort of your own desk. Available self-guided tours include:
• xLab
• iLab
• STARS Mission Operation Center
• Physical Sciences Laboratories
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New xLab Facility Enhances Aerospace’s Prototyping Capabilities

The newly unveiled xLab facility will equip our technical experts to build innovative prototypes and instruments to advance space technology.
AeroCube-15 CubeSat in the lab prior to launch integration

New COVID-19 Norms Foster Agile Smallsat Innovation

Aerospace engineers have pioneered new, innovative means of accomplishing laser alignment communications remotely, in compliance with new health safety guidelines.
Last piece of electric propulsion chamber is installed

New Electric Propulsion Chamber Explores the Future of Space Travel

Aerospace's world-class electric propulsion testing facility will test the newer, high-powered thrusters needed for future space exploration.
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Aerospace Technical Fellows: Distinguished Experts Across the Space Enterprise

The Technical Fellows provide unparalleled expertise in a range of technical disciplines that impact Aerospace and the broader space enterprise.
Robotic Arm UPP

University Partnership Program

The University Partnership Program facilitates collaboration with top universities to provide resources, mentorship, and hands-on experience for students to explore potential career paths in the space sector.
Lithium-ion Battery Deorbiter

Novel Satellite Deorbiting Method Can Help Mitigate Space Debris Crisis

Aerospace is developing a novel technology to reduce the amount of debris being left in this critical environment. The solution, known as the Lithium-ion Battery Deorbiter, will utilize the battery already on board the spacecraft to reduce debris by igniting the battery into thermal runaway to generate thrust for deorbit.
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Specialized Applications

Aerospace develops custom applications and software to support launch operations, mission assurance, and unique mission needs for U.S. government and commercial customers. Since our software is created in-house, customers have the added benefit of having the tools enhanced with requested modifications.

Small Satellite Cost Model

The Small Satellite Cost Model is the result of over 30 years of Aerospace study. Traditional models are based on larger space systems and tend to drastically over-predict the development costs of smaller (up to 1000 kg) satellites making this one of the most relevant and credible small spacecraft cost models available.