Robots

Exhilarator

Designed as my first step into combat robotics, Exhilarator was built with a focus on simplicity, durability and learning the fundamentals of robot design. With no prior experience, the aim was to create a solid, functional machine that could compete while helping me understand how different systems work together under real combat conditions.

The robot was constructed around a full aluminium base chassis, chosen for its strength, availability and ease of machining. This provided a reliable foundation, even if it added weight and limited flexibility in certain areas. The drivetrain used relatively slow motors, prioritising control and consistency over speed, which made the robot easier to handle while I developed driving skills.

For the weapon system, I chose the widely used FingerTech “Eggbeater”. Its proven design made it an ideal starting point, allowing me to focus on getting a working, effective weapon rather than experimenting with more complex or untested concepts. The goal was straightforward: deliver controlled, repeatable hits and learn how weapon balance and engagement affect performance.

Every design decision was shaped by inexperience and experimentation, from weight distribution to armour layout. The build process involved a lot of trial and error, with each challenge helping to build a better understanding of durability, balance and how robots behave in combat.

Exhilarator was never about perfection, it was about getting into the arena, learning quickly and building a foundation for future improvements.