VIDEO HIGHLIGHTS
DRONE
Drone - Drone Soccer
Take flight in a high-octane, team-based aerial sport! In Drone Soccer, teams of two manually pilot protective-caged drone balls in a fast-paced indoor arena match. Pilots must coordinate seamless offensive maneuvers and strategic defensive blocks to drive their drone through the opponent's elevated ring goal. It is a thrilling test of precision flying and teamwork designed to push international-level competitors to their limits.
Drone - Drone Soccer
Take flight in a high-octane, team-based aerial sport! In Drone Soccer, teams of two manually pilot protective-caged drone balls in a fast-paced indoor arena match. Pilots must coordinate seamless offensive maneuvers and strategic defensive blocks to drive their drone through the opponent's elevated ring goal. It is a thrilling test of precision flying and teamwork designed to push international-level competitors to their limits.
Drone - Vanguard Rescue
Master the skies and conquer the ground in the Drone Hybrid Challenge! First, take to the air—pilot your drone through complex obstacles and specialized farm zones. Once the aerial objectives are secured, the mission shifts to the ground, triggering your pre-programmed land robot to autonomously execute a critical rescue mission. Combining fine motor piloting with strategic automation, the fastest, cleanest land-and-air run takes the prize!
Drone - Vanguard Rescue
Master the skies and conquer the ground in the Drone Hybrid Challenge! First, take to the air—pilot your drone through complex obstacles and specialized farm zones. Once the aerial objectives are secured, the mission shifts to the ground, triggering your pre-programmed land robot to autonomously execute a critical rescue mission. Combining fine motor piloting with strategic automation, the fastest, cleanest land-and-air run takes the prize!
Drone: Aerial Combat (Manual)
This category involves a team-based drone battle where participants use infrared-equipped drones to attack "Defense Towers" and opponent drones, in the meantime defend their own "Guardian Towers." The goal is to destroy the opponent's guardian tower while protecting your own, using strategic flying and accurate targeting within an indoor arena. Drones are controlled manually via remote control.
Drone: Aerial Combat (Manual)
This category involves a team-based drone battle where participants use infrared-equipped drones to attack "Defense Towers" and opponent drones, in the meantime defend their own "Guardian Towers." The goal is to destroy the opponent's guardian tower while protecting your own, using strategic flying and accurate targeting within an indoor arena. Drones are controlled manually via remote control.
Drone - Swarm Performance (Autonomous)
A unique fusion of STEM and artistic creativity. Teams are challenged to code a fully autonomous, synchronized flight performance using a swarm of multiple drones. Judged on flight dynamics, pattern complexity, and creative use of multi-color LEDs, teams have limited time to execute their pre-programmed choreography and land safely!
Drone - Swarm Performance (Autonomous)
A unique fusion of STEM and artistic creativity. Teams are challenged to code a fully autonomous, synchronized flight performance using a swarm of multiple drones. Judged on flight dynamics, pattern complexity, and creative use of multi-color LEDs, teams have limited time to execute their pre-programmed choreography and land safely!
Drone - Transporter (Autonomous)
Participants program AI-powered drones to transport blocks through an obstacle course and deposit them into scoring zones of varying difficulty. Each drone can carry up to three blocks at a time. In addition to navigating hoops and dropping blocks into buckets, teams also have the option to attack the Guardian Tower using manual control, adding a layer of strategy to the mission.
Drone - Transporter (Autonomous)
Participants program AI-powered drones to transport blocks through an obstacle course and deposit them into scoring zones of varying difficulty. Each drone can carry up to three blocks at a time. In addition to navigating hoops and dropping blocks into buckets, teams also have the option to attack the Guardian Tower using manual control, adding a layer of strategy to the mission.
ROBOMISSION
RoboMission - Super AI SmartCraft Challenge
2026 Super AI SmartCraft Challenge is a global robotics competition open to all groups. Each team consists of 1–2 students and 1 coach.
The competition can be used as part of STEM innovation practice and can be deeply integrated into classroom teaching and science popularization activities. It supports schools in delivering AI and robotics education, empowering teaching innovation and the development of hands-on practical skills.
RoboMission - Super AI Star Cruise
Stars shimmer along both sides of the Milky Way–Andromeda Interstellar Route, a vital corridor for humanity’s deep-space exploration. To ensure the continuous and safe operation of this route, robots are deployed to conduct routine cruise missions—identifying obstacles, deploying signal beacons, and activating navigation facilities.
This competition simulates such a cruise scenario. Participants are required to build and program their own robots on-site, complete debugging, and execute designated tasks.
RoboMission - UMC (Unknown Mission Challenge)
Tackle an intense real-time robotics challenge in CIPTRIX! Participants must design, build, and program an autonomous robot to solve a surprise task revealed on the spot. With no external help allowed, this competition tests critical thinking, adaptability, and technical skills under pressure. The most efficient and innovative solution takes the win!
RoboMission - Intelligent Farm
In the Smart Farm challenge, participants must deploy an autonomous or remotely operated robot to manage a high-tech agricultural landscape. Teams must strategically navigate through the Collection, Lotus Pond, and Sowing zones to harvest "Crystal Fruits" and precisely plant "Rice" and "Lotus Root" seeds. This task is a rigorous test of mechanical design and precision control, requiring robots to handle delicate props and maximize efficiency within a tight 90-second window.
ROBOSPORT
RoboSport - E-Robot 1kg Sumo
The E-Robot 1kg Sumo is an autonomous robotics competition where two robots battle inside a circular sumo arena (Dohyo). The objective is to detect, engage, and push the opponent out of the ring without any human intervention after the match begins. Participants are challenged to design intelligent robots that combine mechanical strength, strategic programming, and reliable sensing systems to achieve victory.
RoboSport - Obstacle Race
Race against time in Robot Athletes! Participants must program an autonomous robot to follow a black line track, overcome obstacles, and complete the course in the shortest time possible. Precision, speed, and smart navigation are key. The fastest and most accurate run takes the win!
RoboSport - Robot Marksmanship
Participants must design and build a specialized robotic launcher engineered to fire DIY darts with pinpoint accuracy. Teams must master the physics of propulsion and trajectory, creating a stable platform capable of striking targets from a distance. This competition is a high-energy test of mechanical consistency and calibration—where the most reliable build and the steadiest aim take home the gold!
RoboSport - Bottle Wrestling
The objective in this event is to push the bottles out of a circular wrestling ring using AI (Artificial Intelligence) . Each match lasts for 2 minutes, and victory is achieved by forcing the correct bottles out of bounds using only the robot's body, mimicking real human sumo wrestling tactics.
RoboSport - Football
Participants will design and build robots to compete in a football-style match. Each team, consisting of 1 to 2 contestants and 1 to 2 robots, aims to score as many goals as possible against their opponents.
Marksmanship
The DIY Shooting Challenge is a hands-on STEM competition where students design and build a mechanical projectile device using only limited provided materials. Inspired by Sustainable Development Goal 9, it encourages participants to apply science and engineering concepts in a practical, real-world context.
Climbing Robot
Build, climb, and conquer in the Robotics Challenge! Participants must design and construct a walking robot to navigate stairs and ramps in the shortest time possible. This fast-paced challenge tests creativity, engineering, and real-time problem-solving. The fastest and most effective design takes the win!
Fish Robot
Build, race, and innovate in MakerBotz! Participants must design and construct a fish-inspired robot to navigate ramps and reach the finish line as fast as possible. This hands-on challenge tests creativity, engineering skills, and problem-solving. The fastest and most innovative robot takes the win!