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The only board you need to build the robot.
Designed to use 7.4V lithium/ion or lithium/polymer batteries,
it uses Arduino Nano V3 and MPU6050 accelerometer,
supports up to 12 servo motors with stable 5V power.
The board has analog input headers and can measure power voltage and current.
Board demo code is available below
The only board you need to build the robot.
Designed to use 7.4V lithium/ion or lithium/polymer batteries,
it uses Arduino Nano V3 and MPU6050 accelerometer,
supports up to 12 servo motors with stable 5V power.
The board has analog input headers and can measure power voltage and current.
Board demo code is available below
- Board size 5 x 8 cm
- Input voltage range 8.3V - 6.5V
- Maximum continuous input current 3A
- Supports up to 12 servo motors
- Servo motors power voltage 5V
- Current measuring on 5V power line
- 3 current measuring channels
- Maximum continuous current per channel 1A
- Headers for two analog inputs
- Power cable length 150mm
* Note: board use with continuous maximum current will cause some components to get hot
Package includes:
Package includes:
Lowrie 1.1 board 1
Arduino nano v3 1
MPU6050 accelerometer 1
Power cable 150mm 1
Plastic holder 1
Plastic spacer 2
Screw m2x6 4
Lowrie 1.1 board 1
Arduino nano v3 1
MPU6050 accelerometer 1
Power cable 150mm 1
Plastic holder 1
Plastic spacer 2
Screw m2x6 4
Robot Board Lowrie 1.1 Connectors Diagram
Robot Board Lowrie 1.1 Circuit Diagram
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