WHY WAS THIS FUNDED?

This award falls under NASA's planetary science program, which is authorized by Congress to explore our solar system and advance scientific knowledge. It is issued under a broader contract vehicle called ARDES (Aerospace Research, Development and Engineering Support) II, which NASA uses to hire specialized engineering and research organizations.

WHAT PUBLIC PROBLEM IS IT TRYING TO SOLVE?

Scientists want to understand how life could begin on other worlds, and Titan is considered one of the most promising places to study that question because it has a thick atmosphere and complex chemistry similar in some ways to early Earth. This mission is intended to gather data that could help humanity understand the origins of life and the potential for it to exist elsewhere in the universe.

WHO BENEFITS?

Scientists, researchers, and engineers at Johns Hopkins and partner institutions benefit through employment and research opportunities. The broader public benefits through the scientific knowledge and technological advances that planetary exploration missions historically produce.

WHAT ARE THE RISKS?

At 1.3 billion dollars over roughly six years, this is a large, long-term commitment, and cost overruns are a known challenge in complex space missions. If technical problems arise or priorities shift, taxpayers could see costs increase or the mission delayed without a guaranteed scientific return.

WHAT HAPPENS IF FUNDING IS REMOVED?

If this contract were cancelled, the Dragonfly spacecraft would likely not be built or launched, ending the mission entirely. Years of design work and hundreds of millions of dollars already invested would be lost, and the scientific goals of exploring Titan's surface would be indefinitely postponed.

ARGUMENTS FOR

• •Exploring Titan could produce groundbreaking discoveries about the chemistry of life and expand human understanding of the solar system in ways that benefit science and education for generations.
• •Space exploration missions historically drive technological innovation that often finds practical uses in medicine, materials, computing, and other everyday fields.
• •The contract funds highly skilled jobs at a leading research institution, supporting a specialized American workforce in aerospace engineering and planetary science.

ARGUMENTS AGAINST

• •At 1.3 billion dollars, this is an enormous sum that some argue could be better spent addressing immediate needs on Earth such as healthcare, infrastructure, or education.
• •Large, complex NASA missions have a history of cost overruns, and the final price tag for Dragonfly could grow significantly beyond the current contract amount.
• •The scientific return, while potentially valuable, is uncertain and will not arrive for many years given the time needed to build the spacecraft and travel to Titan.