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Physics practical spider robot working model

Bionic spider robot for physics lab experiments

Spider robot demonstrating physics practical motion

DIY bionic spider robot for physics practical learning

DIY Bionic Moving Spider Robot – Interactive Physics Learning Toy

Available:In Stock

Product SKU: LGPW042

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₹ 399 ~~₹ 549~~

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Highlights

Promotes Critical Thinking
Problem-Solving Skills
Encourages Creativity
Perfect for Group Learning
Encourages Innovation
Supports STEM Education
Boosts Motor Skills
Spark Curiosity and Exploration
Perfect Gift for Aspiring Inventors
Beware of Products with Chinese Manuals
Safe and Non-Toxic Materials
Guaranteed Quality Assurance
Easy-to-Assemble Parts
English User Manual Included

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Video support to be purchased separately

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DO IT YOURSELF

Details

Unassembled DIY set.
English User Manuals.
Power Supply: battery not included
Included AA Battery Holder for 2 AA Cell.

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🏠 Warehouse Details:

41 I - 145

Specification

Description

DIY Bionic Spider Robot for Physics Practical Learning

The DIY Bionic Moving Spider Robot is an interactive learning model designed for physics practical demonstrations that explain motion, mechanics, and coordination clearly. This engaging kit supports physics lab experiments by allowing students to observe how gears and motors work together to create lifelike spider movement. Ideal for classrooms and home learning, it introduces robotics concepts while reinforcing real-world physics applications in an enjoyable and structured way.

Materials and User Manual

Plastic Body – Forms the robot’s sturdy main frame.
Motor – Powers the spider’s leg movement.
Legs – Move in a synchronized pattern for realistic motion.
Gears – Transfer rotational motion efficiently.
Battery Holder – Supplies power safely.
Wires – Connect components securely.
Switch – Controls power operation.
Screws & Nuts – Ensure firm assembly.
User Manual: Clear instructions supporting physics lab experiments.

Working Principle

The spider robot operates using a motor-driven gear mechanism that converts electrical energy into mechanical motion. When powered on, the gears rotate and move the legs in a timed sequence, maintaining balance and forward movement. This setup visually explains force transfer, coordination, and rotational motion, making it highly suitable for physics practical classroom use.

Advantages of This Physics Practical

Quality Time Together: Build and test the model while reinforcing concepts used in physics lab experiments.

Learning Wrapped in Fun: Complex ideas become easy through movement-based learning aligned with physics practical activities.

Confidence and Achievement: Completing this model strengthens analytical thinking and hands-on problem solving.