TLE 100-5

TLE Robot Arm 100-5 – Robotics & Mechatronics
Build. Code. Control. Create.

Ages 12+ | Robotic Arm | Coding • Mechanics • Motion Control • Mechatronics

TLE Robot Arm 100-5 is a hands-on STEM course by The Little Engineer® that introduces learners to the engineering and programming principles behind robotic arms and automated movement.

Learners build and control a multi-joint robotic arm while discovering how mechanical structures, motors, controllers, and programming work together to create coordinated robotic motion.

The course provides an engaging introduction to mechatronics, where mechanical engineering, electronics, and coding come together in one working system.

From Mechanical Movement to Robotic Control

Learners explore how individual joints can be controlled and coordinated to produce purposeful movements.

They progress through the engineering cycle:

Build → Program → Control → Test → Troubleshoot → Improve

As their skills develop, learners program the arm to perform increasingly precise sequences of movements and complete practical manipulation challenges.

What Will Learners Explore?
Robotic arm construction and mechanical design
Joints and degrees of freedom
Motors and motion control
Position and angle control
Coordinated multi-joint movement
Programming robotic actions
Movement sequences
Gripping, lifting and positioning objects
Repetitive robotic operations
Testing, debugging and optimization
Introduction to automation and industrial robotics
From Movement to a Complete Task

Learners discover that programming a robotic arm is not simply about moving a motor. Several movements must work together in the correct position, direction, sequence, and timing to accomplish a task.

The learning progression becomes:

Command → Movement → Position → Sequence → Task

This helps learners understand the basic principles behind robotic arms used in manufacturing, assembly, material handling, and automated systems.

What Will Learners Develop?

Learners strengthen skills in robotics, coding, mechanical engineering, motion control, computational thinking, logical sequencing, troubleshooting, problem-solving, precision, and system integration.

They also learn to analyze why a robotic movement does not perform as expected and modify either the mechanical design or the program to improve its performance.

Ideal for Future Engineers

TLE Robot Arm 100-5 is particularly suitable for learners interested in Robotics, Mechatronics, Mechanical Engineering, Automation, Computer Science, and Industrial Technology.

It provides a practical bridge between educational robotics and the type of robotic manipulation and automation systems used in real engineering environments.

Build the Arm. Program the Motion. Control the Task.

TLE Robot Arm 100-5 — Where mechanics, coding, and automation work together.

Recommended Age: 12+
Focus: Robotics • Coding • Mechatronics • Motion Control • Automation
Learning Style: Hands-On • Project-Based • Challenge-Based
Recommended For: Future Robotics • Engineering • Mechatronics Students