DIY 4-Wheel Smart Car Chassis Kit

Name: DIY 4-Wheel Smart Car Chassis Kit
Brand: ROBOTICS EMBEDDED EDUCATION SERVICES PRIVATE LIMITED
Price: 550.0 INR
Availability: InStock

Price 550.0 INR/ Unit

Get a Price/Quote

MOQ : 1 Piece

DIY 4-Wheel Smart Car Chassis Kit Specification

Components
2 x Double-deck Car chassis 4 x Dual shaft DC Motor 4 x 69mm Rubber BO wheels 2 x Screws, nuts, pillars 4 x Speed encoder 8 x Motor holder 1 x Caster 1 x 4 cell Battery case Connection Wires (red and black)

Usage
Four actuations, horsepower fullness. The chassis is big and steady and very easy to expand.

Product Type
STEM Kit

Application
The mechanical structure is simple and very easy to install. 4WD 4 Wheel Smart Car Chassis comes with a tachometer encoder. 4WD 4 Wheel Smart Car Chassis uses four deceleration direct current machine curves to be nimble, the directivity is good.

Rated Voltage
6 Volt (V)

Supply Voltage
Teraampere (TA)

Dimension (L*W*H)
Meter (m)

Function
DC 6V 4-wheel Robot Smart Car Chassis Kits car with Speed Encoder for Arduino.

Color
Yellow

Weight
Liter (Ltr)

Warranty
1

Capacity
Pcs/hr

Thickness
Millimeter (mm)

DIY 4-Wheel Smart Car Chassis Kit Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
4 Days

About DIY 4-Wheel Smart Car Chassis Kit

DIY 4-Wheel Smart Car Chassis Kit is an ideal electronic toy for both kids. The most economical and newest 4WD 4 Wheel Smart Car Chassis Kit with a simple mechanical structure makes it easy to install and function well. Give therein to your imagination with it and have fun!

Easy and Versatile Installation

With its simplified mechanical design, the DIY 4-Wheel Smart Car Chassis Kit ensures a hassle-free assembly, making it accessible to beginners and seasoned makers alike. Comprehensive components like the double-deck chassis, clear connection wires, and detailed hardware help streamline the building process.

Precision Motion and Control

Equipped with four dual-shaft DC motors and speed encoders, this chassis allows for accurate speed measurement and nimble navigation. The encoders make it an excellent foundation for robotics projects requiring precise movement, valuable for both hobby and educational applications.

Expand, Customize, and Innovate

The robust, spacious chassis of this 4WD kit offers plenty of room for additional sensors, controllers, or modules. Users can easily tailor and expand the platform to suit evolving project needs, making it an adaptable and lasting resource for various robotics endeavors.

FAQ's of DIY 4-Wheel Smart Car Chassis Kit:

Q: How do I assemble the DIY 4-Wheel Smart Car Chassis Kit?

A: The kit is designed for straightforward assembly-simply follow the included instructions to attach the four DC motors, wheels, speed encoders, and secure the double-deck chassis using the provided screws, nuts, and pillars. No specialized tools are required.

Q: What are the main benefits of using this 4WD smart car chassis for my Arduino projects?

A: This kit offers reliable 4-wheel drive performance, precision speed encoders for motion tracking, and a spacious, expandable frame. It's ideal for experimenting with robotics, navigation algorithms, and sensor integration while ensuring stability and control.

Q: When should I use the speed encoders, and how do they work?

A: Speed encoders are especially beneficial when you need to measure or control the wheels' rotational speed. They work by generating electronic pulses as the wheels turn, which can be read by microcontrollers like Arduino to calculate distance or velocity.

Q: Where can this smart car chassis kit be applied?

A: The kit is well-suited for STEM education, hobby robotics, and prototype development. Its compatibility with Arduino and simple structure make it an excellent choice for use in classrooms, maker spaces, and home laboratories.

Q: What is the power source required for this smart car chassis kit?

A: A 4-cell battery case is included, supporting standard AA batteries to provide the 6V rated voltage necessary for optimal motor performance.

Q: How can I expand the functionality of the chassis kit?

A: Thanks to its large and stable double-deck design, you can easily add extra modules like sensors, controllers, or even wireless communication components. The open layout is ideal for experimenting and adapting the platform for advanced robotics applications.