STUDENT EXPERIMENTAL DC MOTOR

Description

The Student Experimental DC Motor is an educational electric motor designed for learning the fundamentals of electricity, magnetism, and mechanical motion. It is widely used in school science projects, STEM learning programs, and basic electronics experiments to demonstrate how electrical energy is converted into rotational movement.

This compact low-voltage motor is suitable for student-level experimentation and can be easily integrated into DIY models, robotics projects, and educational circuit activities.

Key Features

• Educational DC motor for science and electronics learning
• Demonstrates basic motor and electromagnetic principles
• Compact and lightweight design for student projects
• Low-voltage operation for safe experimentation
• Smooth rotational performance for practical demonstrations
• Easy connection with batteries and simple circuits
• Suitable for DIY robotics and mechanical models
• Durable construction for repeated classroom use
• Ideal for STEM and engineering education activities
• Simple integration into school project kits

Specifications

1. Product Type: Experimental DC Motor
2. Motor Type: Mini brushed DC motor
3. Operating Voltage: Low-voltage DC operation (typically 3V–12V range)
4. Rotation Type: Continuous rotary motion
5. Shaft Type: Metal output shaft
6. Body Material: Metal and insulated plastic construction
7. Power Source: Battery or low-voltage DC supply
8. Mounting Type: Compact project mounting design
9. Connection Type: Wire terminal connection
10. Speed Type: Standard educational motor speed
11. Application Level: Student and beginner experimental use
12. Build Type: Lightweight educational motor design