Pictured: UMD Engineers defending the TERP RAPTOR mission architecture during a Design Review with industry leaders at The Aerospace Corporation.
Most people look at the stars and wonder "what if?" At Maryland, we ask "when?"
Apophis is a 350-meter reminder that our planet exists in a cosmic shooting gallery. Seen here in a design review with The Aerospace Corporation, TERP RAPTOR is the vanguard of a new era in planetary defense.
By supporting this mission, you aren’t just funding a satellite; you are investing in the architects of our future. Your contribution ensures that when our engineers enter the workforce, they haven't just studied the stars, they’ve already reached them.
Help us leave our mark.
Several rounds of design iterations and reviews with NASA Goddard, NASA Wallops, and The Aerospace Corporation.
This is where you come in!
Help us raise the capital to procure our parts and begin assembling our spacecraft.
Rigorous test campaign to be completed at facilities of industry partners. Extensive testing maximizes our chance of success.
TERP RAPTOR launch projected 2028 Q2.
Will be hosted via a commercial partner for deployment at Apophis in December 2028.
Launch is UMD's crowdfunding platform.
If you're looking to contribute to our crowdfunding efforts, this is the ideal way for you to send your support!
If you or your organization is interested in giving a larger donation, our UMD-hosted student team fund is right for you.
We also accept in-kind donations which can be coordinated with a member of our team at terpraptor@umd.edu.
Tax-Exempt Status: Gifts in support of the University of Maryland are managed by the University of Maryland College Park Foundation, Inc., a 501(c)(3) organization. Your contribution is tax-deductible to the fullest extent of the law.
The Sustainability Clause: Should the full funding goal for the Apophis mission not be met, 100% of your gift will be redirected toward the UMD Satellite Development Endowment. This ensures your money is never "lost," but instead builds the laboratory infrastructure and specialized tooling required for the next UMD-led deep-space mission.