Taidda Physics Mechanics Experimental Model Four-Stroke Engine for Middle School Teaching, Metal Plastic Material, 766g – Manual/Power Supply for Physics Classroom Demo

1. [EASY DEMONSTRATION] Compact design, ready to use, suitable for experiments in middle school physics class, explaining the 4-stroke engine principle.
2. [TWO MODES OF USE] Can be operated manually or connected to a power supply, providing flexibility for different teaching scenarios.
3. [DURABLE MATERIALS] Made of plastic and metal to ensure durable use for To ensure educational purposes.
4. [Practical Size] Base length of 6.69 inches, width of 4.33 inches and height of 12 inches for easy handling and presentation.
5. [DETAILED EXPLANATION] Helps students understand the basic structure and operating principles of a single-cylinder engine.

Technical data:
Features:
Suitable for Experimental teaching in middle school physics courses.
Used to explain the basic structure and working principle of a four-stroke single-cylinder engine.
Two ways of use: manual or connected to the power supply.
Already assembled, easy to use.
Compact design, therefore convenient for demonstrations.
Technical data:
Material: Plastic + Metal
Size: As shown in the picture
Battery: 2 x 1.5V AA battery (NOT included)
Base length: Approx. 17 cm / 6.69 inches
Width: Approx. 11 cm / 4.33 inches
Height: Approx / 12 inches
Weight: approx. 766 g
Package included:
1 x engine model

Safety Warning

this product has no safety hazard to users

• [EASY DEMONSTRATION] Compact design, ready to use, suitable for middle school physics teaching experiments, explaining the 4-stroke engine principle.
• [TWO USAGE MODES] Can be operated manually or connected to a power supply, providing flexibility for different teaching scenarios.
• [DURABLE MATERIALS] Made of plastic and metal, ensuring long-lasting use for educational purposes.
• [CONVENIENT SIZE] Base length of 6.69", width of 4.33", and height of 12" for easy handling and display.
• [DETAILED EXPLANATION] Helps students understand the basic structure and working principles of a single-cylinder engine.