Servo Kit 180 Degree Micro Servo 9g SG90 Servo UIFlow Helicopters Drones Airplane

Description:

Servo Kit 180° is a 9g servo with LEIGO compatible fixed bracket.There are 180° specifications.The independent design of the fixed bracket can be easily disassembled, and the product is completely designed according to the LEIGO standard unit,so that you can easily combine with LEIGO series products, play unlimited creativity.The rudder plate is redesigned, it can be directly connected with LEIGO parts. No matter 180 ° servo, it is very easy for beginners to use.Even if you don't know how to program, you can easily drive it with UIFlow.There is no need to use a dedicated servo-drive board with feedback control and a complicated gear. Any common pwm driver or a microcontroller can easily control this servo. Compared to driving a stepper motor, a servo is much simpler to use. You can use it to do interesting small projects requiring angular movement and/or control.If you feel that the cable is not long enough, you can purchase the servo extension cable to extend it. The yellow wire is for the control signal, brown is for the ground, and the red wire is for the Vcc (voltage).180° servo can only control angle.360° servo can't control the angle, but you can adjust the speed and direction by controlling PWM.When using the servo, pay attention to the power supply current and voltage to prevent burnout.

Features:

• Micro servo system
• LEIGO compatible
• Easy to control
• Support for Ardui、UIFlow

Package Included:

• 2x SG90 Servo 180° optional
• 2x GROVE2SERVO adapter
• 2x Elastic
• 2x Fixed base of servo
• 2x Special steering wheel
• 2x Axle connector
• 4x Conncetor peg with friction
• 1x Frame 5x7-module
• 2x Servo accessories package
• 2x M2*4mm self tapping screw
• 2x Extension wire 30CM

Specifications:

Example:

1. ARDUI

• Connecting the 360° will control the speed and direction, and connecting the 180° servo will control the angle（360° servo duty cycle 0~7.075 clockwise rotation ，greater than 7.625 counterclockwise rotation，the relationship between rotation speed and duty cycle is nearly linear)

  • Click here: https://github.com/m5stack/M5-ProductExampleCodes/tree/master/Accessory/ServoKit180_360/Arduino/ServoKit180_360 to get code.

2. UIFlow

• This is an example of a simulated radar,you need a ToF Unit.

  • Click here: https://github.com/m5stack/M5-ProductExampleCodes/tree/master/Accessory/ServoKit180_360/UIFlow to get code.