Zagreb, Croatia – February 9, 2026 – CircuitMess is bringing planetary exploration to kitchen tables with its NASA-approved Perseverance Rover replica: a fully functional, AI-powered robotics kit that’s bridging the gap between space enthusiasm and hands-on engineering education.
Assembly takes roughly 20 hours and introduces core concepts in robotics, electronics, and wireless communication through hands-on construction. The process is guided but not restrictive. After completing the base rover, users can reprogram it in Python or C++, experiment with CircuitBlocks, integrate additional modules, or alter its behavior entirely. The kit functions as a flexible platform rather than a one-time build.
Launched as a Kickstarter campaign in November 2023, it blew past its $20,000 goal, raising nearly $420,000. The company’s approach helps explain the rover kit’s success. While most STEM products bury their appeal in technical jargon and uninspired concepts, CircuitMess tapped into current trends to entice a broader audience. The strategic direction aligned with Mars rover making real discoveries millions of miles away.
And results speak for themselves: since launching in early 2025, the kit has sold 4000 units across five restocks, with each batch selling out in approximately 2 hours.
Some of the rover’s most impressive capabilities:
- Robotic Arm: A fully motorized sample collection arm that mimics the real Perseverance rover’s ability to manipulate and collect specimens.
- AI-Powered Camera: A rotating camera tower equipped with artificial intelligence for autonomous navigation and object recognition.
- Open-Source Programming: Completely customizable code that supports Python, C++, and CircuitBlocks, allowing builders to modify behavior and add new capabilities.
- Wireless Control: Dual control options, including a custom-built RF controller for hands-on driving and WiFi connectivity for remote commanding.
- Expandable Design: Modular architecture that accepts additional sensor modules, letting builders upgrade and enhance their rover’s capabilities over time.
Technical specification
| Component | Details |
| Processor | Dual-core ESP32 microcontroller with WiFi and Bluetooth |
| Motors | 6 DC motors (wheels), 2 servo motors (arm and camera) |
| Camera | AI-capable module with object recognition |
| Control Systems | RF controller, WiFi remote, autonomous navigation |
| Programming Languages | CircuitBlocks (visual), Python, C++, Arduino IDE |
| Connectivity | WiFi 2.4GHz (802.11 b/g/n), Bluetooth 4.2, RF |
| Power System | Solar panel module, rechargeable battery |
| Expansion | Modular ports for additional sensors |
| Assembly Time | Approximately 20 hours, 300+ components, soldering required |
| Tools Included | Soldering iron, solder wire, safety glasses, hex keys |
| Age Recommendation | 11+ (younger with adult supervision) |
| Software | Open-source firmware, GitHub repository available |
| Dimensions | 200x405x205 mm (7.87×15.94×8.07 inch) |
| Weight | 890 g (1.96 lbs) |
For space enthusiasts, robotics hobbyists, or anyone who’s ever wanted to understand how a Mars rover actually works, it’s one of the more interesting educational projects available right now. Just don’t expect it to stay in stock for weeks.
The NASA Mars Perseverance Rover kit will become available at circuitmess.com for $309 on February 9.
About CircuitMess
CircuitMess creates hands-on STEM education kits that make learning electronics, robotics, and programming accessible and engaging. With over 300,000 kits sold worldwide, the company specializes in building products that combine educational value with genuine entertainment. Based in Zagreb, Croatia, CircuitMess serves a global community of makers, students, and space enthusiasts.
