The real opponent is uncertainty. A strong design has to survive imperfect positioning, physical contact, timing pressure, and the difference between a clean workshop test and a live arena.
Eurobot · Autonomous robotics
Built for the arena.
A changing challenge, a completely self-built robot, and one team turning mechanical precision, embedded intelligence, and strategy into autonomous action.
The challenge
A new game every season
Read the field. Own the match.
Eurobot introduces an original theme and actions every year. The robot must understand the arena through sensors, execute a strategy without human control, and remain dependable when the match begins.
The system
One robot, many disciplines
Every subsystem. One purpose.
Competition performance comes from integration: the mechanism, electronics, code, and match strategy must behave as one coherent machine.
Mechanics
Designing compact, robust mechanisms that execute the season's actions accurately and repeatedly.
Embedded
Connecting actuators, sensors, power, and real-time control into a dependable electrical architecture.
Autonomy
Localizing, planning, and adapting so the robot can make every decision after the start signal.
Strategy
Turning game rules into prioritized actions, safe paths, timing decisions, and resilient match plans.
How the robot becomes real
Build. Break. Improve.
Decode the game
Transform rules and scoring opportunities into engineering requirements.
Prove the idea
Build fast, test mechanisms early, and make the difficult parts tangible.
Make it one system
Bring hardware and software together with clear interfaces and diagnostics.
Repeat under pressure
Run full matches until reliable performance becomes the default.
Competition archive
Inside the arena
The work. The team. The moment.
From national qualification to the international stage, every frame carries the people, iterations, and pressure behind the robot.
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