Power
On/off Switch
The Power On/Off Switch is used to turn your robot on. It should be noted that the switch
must
be in the off position when charging the robot.
Power Indicator
The Power Indicator light shows whether the robot is turned on or not. When the robot is
powered on, and the Power On/off switch is in the on position, this light will be steadily on.
When the robot is powered down, either when the Power On/off switch is in the off position or
when the battery has been fully depleted, this light will be off.
Charging
Battery Input
The Battery Input Connector is used to connect the rechargeable Lithium Polymer (LiPo) battery
to the robot control board. The LiPo battery must remain connected during operation and
charging.
USB Connector
The USB Connector allows you to plug in a Micro USB cable (typical Smartphone Cable). With a
Micro USB cable, the USB Connector allows for two different functions:
● Charging the rechargeable battery - Connect a Micro USB cable to the USB Connector
and use a Smartphone Charger or Computer/Laptop USB port to charge the battery.
Note that the LiPo battery should remain connected to the Battery Input during charging.
● Uploading new firmware - Connect a Micro USB cable to the USB Connector and
connect the robot to a Computer/Laptop. Using the Arduino IDE, new firmware may be
uploaded to the robot’s control board. This is covered further in an additional guide.
Battery Charge Indicator
The Battery Charge Indicator light indicates when the battery is being charged. While the battery
is charging, the charging indicator will be fully on. When the battery is nearing its full capacity,
the charging indicator will flash. When the charging indicator is fully off, your robot’s battery is
fully charged.
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