1lb PLA-printed Combat Robot
🏆 5th Place Overall (out of 25) UCI ACE 2025 🏆
Need to implement brushless drive motors for improved power and control during matches.
Switch to PLA+ material with thicker walls (3/4 inch) to improve durability and impact resistance.
Enhance self-righting capabilities to ensure better recovery from flips during combat.
Develop a more powerful weapon system with better weight distribution for increased effectiveness.
Utilizing PLA 3D printing to maximize the strength-to-weight ratio in the 1lb weight class. Strategic infill patterns and wall thickness optimization allow for robust construction while maintaining weight requirements.
Primary strategy revolves around immobilizing opponent robots rather than causing destructive damage. This approach is more consistent and reliable in tournament settings.
Front-mounted wedge design with optimized PLA layer orientation for maximum strength. The wedge serves as both offensive and defensive elements, with carefully considered angles for optimal opponent control.
Single, centrally-mounted weapon integrated into the wedge design. The weapon housing is reinforced with additional PLA thickness at stress points while maintaining weight efficiency.
Designed to be driven from either orientation, ensuring the robot can continue fighting effectively even if flipped. The symmetrical design allows for consistent performance in any orientation.