4 Motors Robot Kit (Blue)

Description

A new design with multiple features, the 4 motors robot can be a solution for simple projects, but also complex being projected for various applications.

Together with the appropriate set of components, you can create a robot that can do simple tasks, for example: going forward, backwards, left or right, but it can also be configured for remote control, for example, using a mobile phone. Also, it can be configured as a line following robot or a robot for obstacles avoidance.

Included in the package:

• 2 x Plates, for top and bottom, with  the dimensions 24.5 cm x 14.6 cm;
• 2 x Plate for front/back mounting between the large plates (simple);
• 2 x Plate for front/back mounting between the large plates (the version with mountings for Addressable LEDs and LED for LilyLed);
• 4 x Plate for front/back side mounting;
• 1 x Spoiler;
• 4 x Wheel with 65 mm diameter and 25 mm width;
• 4 x 1:48 Gearmotor;
• 2 x KCD1-11-2P Switch;
• 1 x 2x18650 Battery support;
• Accessories for mounting the included components;
• 8 x 22AWG 15 cm Red wire (a Soldering Iron is required for soldering the wires);
• 8 x 22AWG 15 cm Black wire (a Soldering Iron is required for soldering the wires).

Thus, this robot kit with 4 motors offers plenty of space for mounting a lot of components, getting a robot with multiple features. Assembled, the robot has dimensions: 24.5 cm x 14.6 cm x 12 cm.

Further, we have a list of the components that has special mountings on the robot:

• Raspberry Pi 4 (4 x 7 mm M2 pillars and 8 x 5 mm M2 screws are required);
• Raspberry Pi Zero (4 x 7 mm M2 pillars and 8 x 5 mm M2 screws are required);
• Raspberry Pi Zero W or WH (4 x 7 mm M2 pillars and 8 x 5 mm M2 screws are required);
• Arduino Uno compatible board (4 x 7 mm M2 pillars and 8 x 5 mm M2 screws are required);
• 2 x Motor driver (4 7 mm M3 pillars and 8 5 mm M3 screws are required);
• 2 x 18650 Batteries;
• Servomotor alongside with Ultrasonic HC-SR004+ Sensor, support and 2 8 mm M2 screws and 2 M2 nuts);
• Step-down power supply (2 7 mm M3 pillars and 4 5 mm M3 screws are required);
• Breadboard 400p, in this case you will be able to use Arduino Nano or ESP8266 boards;
• Line Sensor Array (2 25 mm M3 pillars and 4 5 mm M3 screws are required);
• 4 x WS2812 Addressable LED Module (2 8 mm M3 screws and 2 M3 nuts are required);
• 4 x LED for LilyLed (2 8 mm M2 screws and 2 M2 nuts are required).

For connecting the components, you will need some female-female, male-female, male-male jumper wires and some thicker wires (like our AWG22 Silicone Wire Kit) for the high current consumption circuit. If you want to connect more components, between the two larger plates there is enough space.

Don't delay. Buy today.

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