


Pre-Announcement
NASA HERC COMpetition
We're building a moon rover

PVNet will be forming teams!
NASA IS HEADING BACK TO THE MOON — AND NEEDS YOUR HELP!
To prepare for long-term exploration, NASA must develop advanced mobility systems. One of the biggest challenges? Building rovers that can handle lunar terrain, cross obstacles, and perform complex mission tasks.
⭐ THE NASA HUMAN EXPLORATION ROVER CHALLENGE (HERC)
A global engineering competition inviting middle school, high school, and university teams to design and build rovers capable of navigating lunar-like terrain. Teams will test their vehicles in a real-world setting, mirroring the engineering design processes used at NASA.
🚀 Your Mission:
Design and build a rover that can:
⚙️ Traverse challenging obstacles
🌑 Simulate lunar terrain exploration
🤝 Demonstrate teamwork and problem-solving under pressure
🔬 Complete mission tasks with efficiency and precision
🌍 Why It Matters:
Exploration of the Moon and Mars requires mobility systems far more advanced than traditional rovers. By joining, you’ll help NASA test new ideas, gain hands-on experience, and push the boundaries of student engineering.
🏆 What You’ll Gain:
💡 Experience in NASA-style engineering design reviews
🏅 A chance to compete on an international stage
🔬 Collaboration with NASA subject matter experts and industry professionals
🚀 The opportunity to showcase your team’s rover at a real NASA event
📅 Competition Timeline:
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Proposal Submissions: Open now
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Design Reviews: Fall 2025 – Winter 2026
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Final Excursion Event: April 9–11, 2026 at the U.S. Space & Rocket Center, Huntsville, Alabama
🤖 Your Rover Challenge:
⚖️ Human-powered or remote-controlled design
📏 Must pass design, operational, mission, and excursion readiness reviews
🔧 Must complete obstacles and tasks at the final event
This challenge is more than a race—it’s a stepping stone toward the technologies needed for future lunar and Mars missions.

- Curiosity Rover Wheel Diagram (labeled): offers a detailed look at wheel flexures, treads, and structure.
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- Shape-Memory Alloy Mesh Tire Concept: futuristic design for planetary terrain adaptability.

Examples of Lunar rover Concepts at AstroLab and PVNet

- Interns testing out a moon rover prototype that is fully functional

- Astrolab engineer explaining the design for their moon rover prototype that is fully functional

- PVNet student made design for a track for a Lunar Rover

- Interns testing out a moon rover prototype that is fully functional

- Interns testing out a moon rover prototype that is fully functional

- PVNet student made design for wheels for a Lunar Mining Veichle

