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DIY Multi-legged Educational Toy Robot

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Product SKU: LGPW141

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₹ 449 ~~₹ 599~~

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Original, High Quality
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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.

Physical Attribute

L X W X H (cm): 15 x 10 x 4
Weight : 105 g

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.