OFFICIAL RCC INFORMATION

📤 2026 RCC Project Submission

Learn and prepare here in MRT eLearning. Official rules and all final submissions are managed only through the RCC website.

💻 Coding · 20 October 2026Junior Path A: Presentation Video only. Paths B/C: Presentation Video + SB3. Video maximum: five minutes.

🤖 Robotics · 25 September 2026A/B are the same challenge; only individual versus same-school team differs. Both submit one combined video (maximum six minutes), SB3 and a custom Pose model URL. Category C submits the combined video plus SB3 or an editable-source ZIP.

📦 Direct project uploadCoding B/C and Robotics A/B use SB3. Only Robotics C accepts one ZIP containing the original editable non-SB3 project. Project maximum: 100 MB.

📝 No required written reportThe Project Note is optional for other pathways and not required for Junior Path A. Explain the project in the video.

Online qualification: A/B must show participant/team and project introduction, robot/code overview, forward, backward, left/right movement or turning, servo control, custom-Pose response, testing and learning. Category C shows the movements, sensors, mechanisms and controls relevant to its solution. A competition field and complete mission run are not required. The three-minute official A/B run applies to the in-person final, not the qualification video.

View Official Submission Guide Open RCC Submission Dashboard →

RCC policy 2026.7 · Updated 2026-08-29 · Finalised videos are uploaded by RCC as Unlisted and displayed in the RCC participant gallery.

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STEM Robotics Systems 301

Combine mechanisms, board modes and sensors to explore how robots respond to their surroundings.

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About this course & what you need

What you will learn

Board modes
Mechanical advantage
Walking and vehicle systems
Sensor reactions

Who this course is for

Experience with building, sensors and basic control

Equipment

Matching 301 mainboard and robot kit; check the lesson-specific connection and software requirements.

Device & connection

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← Back to Robotics Portal

301 Mainboard · Input, Mode & Output

Your robot follows stored rules

Identify three jobs: an input sends information, a selected mode applies a stored rule, and an output produces movement or sound. The battery supplies energy; it is not the sensor input.

Point to the input: remote receiver, IR sensor, touch control or START.
Find the mode display and MODE button.
Point to the outputs: the dedicated motor sockets and any speaker.
Select the model guide mode, then press START.

Hand-operated foundation models use no electronic mode. Mode 0 is a real stored Remote Control(R) program.

Lesson Completion

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