The T-M53 Automatic Motorized Plotter DIY Learning Kit is an advanced and interactive educational project designed to introduce students to the fundamentals of mechanical automation, robotics, and control systems. With this kit, learners can build a functional motorized plotter capable of drawing or sketching patterns automatically using small DC motors and a pen mechanism.
This engaging hands-on kit allows students to understand how motors, linkages, and control systems work together to create motion and precision drawing — similar to how CNC machines and robotic arms operate. Assembling the kit provides valuable insights into mechanical design, motor control, and practical engineering concepts.
Ideal for STEM-based learning, robotics clubs, and science exhibitions, the T-M53 Automatic Motorized Plotter DIY Learning Kit combines creativity and technology, helping young learners grasp real-world automation principles in a fun and educational way.
Features & Highlights:
- Build a Working Plotter Machine: Draws shapes or patterns automatically using motorized mechanisms.
- Learn Robotics & Automation: Demonstrates motion control, linkages, and motor synchronization
- STEM Educational Project: Integrates mechanical design, electronics, and creativity in one kit
- DIY Assembly Experience: Includes all pre-cut components and motor parts for easy construction
- Perfect for Science Projects: A great introduction to robotics, mechanical engineering, and control systems
- Motorized Operation: Runs using DC motors for realistic movement and automation
- Reusable Design: Durable construction allows multiple uses and reconfigurations.
Package Includes:
- Wooden or plastic chassis and frame parts
- DC motors with gear system
- Pen holder and drawing platform
- Connecting rods and linkages
- Wires, connectors, and mounting screws
- Battery holder (for DC power)
- Instruction manual / assembly guide
Specifications:
- Power Supply: 3V–6V DC (battery-operated)
- Motor Type: Mini DC motors with gear mechanism
- Material: High-quality plastic or wood components
- Assembly Type: DIY (unassembled kit)
- Skill Level: Intermediate
- Learning Focus: Automation, robotics, motion mechanics, and engineering design
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