BILL-EE
BILL-EE Bronco STAR

Cal Poly Pomona · Bronco STAR

BILL-EE Robotics.

ABOUT BILL-EE

We are an enthusiastic team of undergraduate STEM students from Cal Poly Pomona, with a fascination for space robotics and rover engineering. Our team includes individuals from various disciplines, while the majority are Electrical, Aerospace, and Mechanical Engineering.

We're proud to be part of Bronco Space, Cal Poly Pomona's renowned Space Exploration Club. This collaboration enriches our experience, as we receive guidance and insights from esteemed faculty members in the Engineering field. Together, we're not just exploring possibilities; we're paving new paths in space exploration and technology.

The Rover

Watch it come together.

Each system starts pulled apart, then assembles piece by piece. Use the arrows to move between the rover, the arm, and the science module, or drag the slider to take it apart yourself.

Our Goal

At BILL-EE, our mission is to guide STEM students through the often-overlooked complexities of initiating and advancing engineering projects across various fields like Biology, Mechanical, Electrical, and Software Engineering. We provide comprehensive guidance on a wide range of engineering concepts, from fundamental aspects such as understanding motor curves and choosing the right motor to more advanced topics like structural analysis and software algorithm optimization.

Our goal is to demystify the 'hidden iceberg' of engineering challenges, offering students the knowledge and tools they need to succeed in their STEM endeavors.

Our Team

Meet the leads

Five subteams build the rover: mechanical, operations, science, hardware, and software.

The Challenge

University Rover Challenge

What is URC?

The Mars Society's University Rover Challenge challenges students to build remotely operated rovers that can accomplish a variety of tasks that might one day assist astronauts working on the surface of Mars.

Rovers will compete in four missions:

A rover on the surface of Mars at sunset (illustration)
University Rover Challenge

Why URC?

We chose URC as our stepping stone because of its fascinating challenges, allowing us to explore our robotic expertise in various industries (such as biotechnical, mechanical, electrical, artificial intelligence, etc).

How do students benefit?

Team members learn professional technical skills and other useful tools like CAD and ECAD software, composites 3D printing, electronics, power tools, manufacturing, and assembling methods that can be directly applied to the workforce.

URC 2026 · System Acceptance Review

Watch our SAR video

SAR video goes here Set urcVideo in site-config.js to a file in assets or a YouTube link

Open and public

Resources

Our code, our hardware documentation, and our slides.