Curriculum
Step by Step.
Systematically learn hardware and software concepts.
Step by Step.
Systematically learn hardware and software concepts.
Standard
STAGE 1
X1
⟶
STAGE 2
X2
⟶
STAGE 3
X3
⟶
STAGE 4
X4
⟶
STAGE 5
X5
⟶
STAGE 6
X6
XB
XW
SD
※ Specific stage require all parts from previous standard stages.
Ex 1) For the X5 stage, X1, X2, X3, and X4 are needed.
Ex 2) For the XW stage, X1, X2, X3, and X4 are needed.
Standard
STAGE 1
X1
STAGE 2
X2
STAGE 3
X3
STAGE 4
X4
XB
SD
STAGE 5
X5
XW
STAGE 6
X6
※ Specific stage require all parts from previous standard stages.
Ex 1) For the X5 stage, X1, X2, X3, and X4 are needed.
Ex 2) For the XW stage, X1, X2, X3, and X4 are needed.
X1
Learning Content
  • Learn robot control and unplugged coding using the X-Keypad.
  • Understand the rotational motion of DC motors.
  • Learn sequential execution in programming and basic hardware control coding.
X2
Learning Content
  • Learn wireless control using the RF remote control.
  • Utilize flexible frames for smooth motion implementation.
  • Build grab and lift structures using servo motors.
  • Enhance creativity with additional assembly guides.
  • Understand the while loop construct.
X3
Learning Content
  • Use a four-wheel drive structure with four motors.
  • Implement a steering mechanism using servo motors.
  • Achieve faster and more powerful movements with additional power supply.
  • Learn if and if-else conditional statements.
X4
Learning Content
  • Construct various robots with linkage structures.
  • Use 300 RPM DC motors for high-speed driving.
  • Control motor speed using variables.
XB
Learning Content
  • Create a six-wheel drive robot.
  • Build battle robots with diverse mechanisms.
  • Learn event loop coding techniques.
SD
Learning Content
  • Build robots using various sensors and displays.
  • Implement games using variables, conditionals, and loops in coding.
X5
Learning Content
  • Use four 300 RPM DC motors for high-speed four-wheel drive.
  • Perform diverse actions with two servo motors.
  • Utilize variables and conditionals in advanced coding.
XW
Learning Content
  • Control two CPUs simultaneously.
  • Create wearable controllers with various sensors (keypad, gyro sensor, touch sensor, infrared sensor).
X6
Learning Content
  • Achieve superior performance on rough terrain using 115pi wheels.
  • Develop transforming robots using action mode variables.
Scroll to Top