ThinkerPlace STEM Educational Home Automation Kit with 3D Printed Case & Toolkit Educational Electronic Hobby Kit

Name: ThinkerPlace STEM Educational Home Automation Kit with 3D Printed Case & Toolkit Educational Electronic Hobby Kit
Brand: ThinkerPlace
SKU: EHKG82FQUGNXMM3F

Price: Not Available

Currently Unavailable

Highlights

Power Source: DC
RoHS Compliant
Material: Plastic
Weight: 9

Description

The Home Automation is a STEM kit that can be used to turn any light ON/OFF in the house and can be easily built by kids. This science project introduces your child the concepts of automation, it`s benefits and working of sensors.

Specifications

In The Box

1 DIY Kit, Concept manual On Thinkerplace LMS, 1 DIY Kit Instruction Manuals On ThinkerPlace LMS, Safety Manual, Tool Kit

General

Brand	ThinkerPlace
Model Number	STEM Educational Home Automation Kit with 3D Printed Case & Toolkit
Skillset	Curiosity Building, Creativity & Imagination, Hand & Eye Co-ordination, Problem Solving
Type	Educational
Minimum Age	8
ROHS Complaint	Yes
Material	Plastic
Age Group	8-10 Years
Lights	Yes
Sound	No
Suitable For Gifting	Gift
Gift Pack	Yes
Key Features	What you Learn? - Introduction to the concept of rotation of wheels, Introduction to the Obstacle Sensor Working, Working mechanism of an Electric Circuit, Implementation and operation of basic components & the process of soldering, Fundamentals of Bluetooth Technology

Dimensions

Width	11 cm
Height	3 cm
Weight	9

Power Features

Battery Type	Alkaline
No Of Batteries	0
Battery Size	5V
Power Source	DC
Other Power Features	Real Life Implementation, Correlates to the surrounding world, Facilitates experimentation, Gives hands-on experience, Led by children

Additional Features

How it Works? - As the name suggests, the robot is controlled by a mobile phone. To further elaborate, the Mobile Operated Robot is a phone-controlled robot that can be operated via an app on your mobile and the control commands are sent via Bluetooth. The Motor Driver decides on the movement of the mobile robot. This controls the geared motors accordingly to provide forward, backward, left, or right motions. You can use the table given inside the Kit to understand the controls of the robot. An Obstacle Avoiding Robot is a type of autonomous mobile robot that avoids collision with unexpected obstacles. In this project, an Obstacle Avoiding Robot is designed. It is an Arduino based robot that uses Ultrasonic range finder sensors to avoid collisions.

Be the first to ask about this product

Safe and Secure Payments.Easy returns.100% Authentic products.