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This is a 3-9 VDC Motor with a buiIt in gearbox to give speeds of 90-300 RPM (under no load conditions). It is supplied with a 65mm wheel and tyre making it ideal for robot type car projects and more.
This micro motor works between 3.7 - 5V DC and spinning at between 27500 RPM @3.7V and 40000 RPM @5V under no load. It is very lightweight at only 10g making it very usefull for small projects, drones or other models.
This is a L298N-based motor driver module capable of accepting a logic input from an Arduino (or a similar microcontroller) in order to control bipolar stepper motors or DC motors. The module has screw terminal connectors for power input and output and a 6 pin header connector for logic input and motor control.
Connecting the jumper links (from ENA and ENB to 5V) allows the motors to spin at full speed, while removing them will stop the motors (unless the ENA and ENB pins are connected to the Arduino for PWM speed control).
Rotary encoder module for Arduino and other microcontroller projects
This module uses a 30 position rotary encoder with push switch.
The rotary encoder works by having 2 switches (A&B) for each position that are slightly offset, indicating the direction of rotation by detecting if "A" switches before or after "B".
28BYJ-48 Stepper Motor wih ULN2003 IC & Driver Board
This is a 4 phase 5VDC stepper motor with 4 coils, with a step angle of either 11.25 or 5.625 degrees giving it 32 or 64 steps on the motor using either half or full steps. It also has a 1:64 gearbox built in making the steps at the shaft either 2048 or 4096. It is supplied with a ULN2003 driver board.
