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DIY Multi-Legged Robot – STEM Educational Toy

Available:In Stock

Product SKU: LGPW141

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₹ 449 ~~₹ 599~~

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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

Services

Email Support
Video Support to be purchased separately

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Shipping Details

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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 45D-113

Specification

Description

The image depicts a simple DIY robot project, likely designed to move or crawl using a motor and multiple legs.

Here are the detailed components and structure of this robot:

Components and Structure
Plastic Frame:
Base: The main structure is built on a perforated yellow plastic board.

Legs: The robot has four plastic legs, two on each side, angled downward to enable movement. They are attached to the base with metal brackets and screws.

Battery Holder: Located on top of the yellow base, the black battery holder accommodates two AA batteries. It powers the motor and other components.

Motor: A small DC motor is mounted at the front of the base. It is connected to a rotating shaft that likely drives the robot's movement.

Eyes: Two large googly eyes are attached to a horizontal yellow strip, giving the robot a playful appearance. The strip is connected to the legs or the base, adding a whimsical touch.

Wiring: Red and black wires connect the battery holder to the motor, indicating a simple circuit to power the motor and potentially other components.

Additional Components:

Front Shaft: The motor's rotating shaft is likely connected to some mechanism (e.g., an axle or a set of cams) that converts the motor's rotational motion into the walking or crawling motion of the robot.

Rear Brackets: The rear part of the robot may have additional brackets or supports to stabilize the legs and ensure proper movement. This robot appears to be a basic walking or crawling robot, likely intended for educational purposes or as a beginner's robotics project.

Here’s how it might work:

Power Supply: The AA batteries provide power to the motor.
Motor Function: When the motor is powered, it rotates the front shaft.
Leg Movement: The rotating shaft might drive a mechanism that causes the legs to move in a walking or crawling motion.

Assembly and Use:

Assembly: Connect the motor to the battery holder using the red and black wires. Secure the legs to the base using metal brackets and screws. Attach the googly eyes for a playful appearance. Ensure all connections are tight and secure for proper operation.

Operation: Insert AA batteries into the battery holder. Switch on the power (if there is a switch) or connect the battery holder to the motor to start the robot. Observe the robot as it moves or crawls forward using its legs.

Features

It promotes children's practical ability and Creative thinking.
It's easy to make and gives kids a sense of accomplishment.
It enhances the scientific knowledge of children.
It inspires children's interest and curiosity.
The product synchronizes the global STEM teaching concept.
Use high-quality environmentally friendly materials to ensure the safety and health of children.
The product provides paper assembly instructions and scientific principles.

Advantages

Engaging and Educational Experience: Unleash your creativity and problem-solving skills.
Learn about Robotics: Discover the mechanics of legged locomotion.
Encourage STEM Education: Hands-on learning and innovation.