GenXRover: A Dream Born in Mud

It all began with an idea.

During class breaks, we constantly found ourselves talking about technology, robots, and “What if we did this?” One day, when someone said, “There’s TEKNOFEST RoboLig—they’re developing an off-road robot,” our eyes lit up. That moment marked the first step toward our team and our dream, which we named AeroGenX.

At first, everything was a bit dreamlike. We had no proper plan, no workshop. But we had determination. We asked ourselves:

“What if we built a fast, agile, mission-focused vehicle capable of operating under harsh terrain conditions—and one designed specifically to score points in competitions? Why not?”

We immediately named it: GenXRover. Because this vehicle carried the imagination, engineering curiosity, and drive to create of our generation.

We started with limited materials: servo motors, Deneyap Boards, a few potentiometers, and old robot arm parts. When we assembled it for the first time, everyone’s face bore the same expression:

“Will this even work?”

During the first test, the wheels moved—but one arm servo rotated as it pleased, while another flew off its mount. We laughed, of course, but that day we learned our most important lesson:

“Engineering is a matter of patience.”

We spent more time untangling wire messes than connecting electronics. When we missed a single line of code, our robot danced instead of walking. But we never gave up. Every failure taught us something new.

One night, late into testing, the vehicle suddenly lurched forward and knocked over a teammate’s water bottle. The table’s underside was soaked, its top covered in robot. At that moment, we realized we had accidentally conducted a “waterproofing test”—a little too early.

Another day, we were testing “automatic bridge crossing” instead of “manual control.” The vehicle found the bridge—but forgot its arm was still down, causing it to get stuck. We imagined the competition screen flashing “point loss.” In that instant, seriousness turned instantly to laughter.

As the process advanced, we began serious testing: power modules that couldn’t handle the current, connection issues disrupting communication, software conflicts… But each time, we focused on the solution. We divided responsibilities within the team: one handled software, another the drive system, another the robot arm…

And most importantly, we constantly reminded each other:

“This is not just a competition—it is our story of growth.”

GenXRover is not fully autonomous, but it can perform certain tasks partially autonomously. Primary control is provided by the Deneyap Board. Thanks to MG995 motors, its six-wheel structure moves easily across rough terrain. MG996R servo motors handle the arm. The system, controlled via joystick and potentiometers, is designed to respond quickly during competition scenarios.

But all these are merely technical details. The real point is that this system emerged from our own hands.

Through this project, we did not just aim to compete in TEKNOFEST—we learned how precious imagination, creation, and teamwork truly are. Whether facing muddy terrain or a difficult line of code, we experienced how powerful it is to seek solutions together.

Maybe we will win the competition, maybe we won’t… But what we have won is the indescribable satisfaction of creating together.

^{Side View of the Vehicle (Arda Görkem Özkan)}

^{3D Printed Models (Arda Görkem Özkan)}