
Task Master
AI automation meets precisie engineering
Players solve mechanical challenges through programming and manual operation.
Perfect for logical thinkers who enjoy accuracy, optimization, and scoring perfection.
Overview
Task Master is a dual-mode robotics challenge combining
autonomous programming and precision remote control.
Teams must design robots that perform consistently in
both AI-driven and manual operation phases.
Age Groups & Team Setup
Elementary (8–12 born 2014–2018)
Junior (11–15 born 2011–2015)
Senior (14–19 born 2007–2012)
Each team consists of 2–3 students with 1 coach.
All building and programming must be completed by students.
Core Robot Requirements
⚫️ One MATRIX controller only (Mini R4 / Mini 2.0+ / Micro)
⚫️ Autonomous Phase: no external input allowed
⚫️ Remote Phase: controlled using MATRIX joystick
⚫️ Starting size: ≤ 25 × 25 × 25 cm
⚫️ Weight limit: 1.2 kg
Design & Parts
Elementary: Full MATRIX system only
Junior & Senior: custom parts (3D printing / laser cutting) are allowed
Power & Sensing Components: All controllers, motors, and sensors must be MATRIX brand only.
※ No limits on electrical components as long as they
fit within a single controller conectivity and weight limit.
※ To ensure fairness, all robots must use a single MATRIX controller, and
all power & sensing components are strictly limited to official MATRIX products.
Match Format
- 30s Autonomous + 90s Remote Control
- At least 2 rounds per team
- Rankings based on best performance and tie-break rules
Awards & Advancement
Field scores determine rankings
Special Awards recognize engineering quality and outreach
90+ judging score may earn a Wildcard to the MARC World Championship
📌 Full technical details are available in the Task Master General Rules document.







