2 𧩠Turn on the Robot
βLife is like a box of chocolate.β
Last updated
βLife is like a box of chocolate.β
Last updated
To prevent the servos from getting stuck, please adjust the robot's legs to the correct position before powering it on.
First, test it on the calibrator and use it on a stable table or floor only after you have familiarized yourself with its operation.
When using it on a table, keep it within your arm's reach to prevent it from falling and avoid damage.
Turn on the robot's battery to start using it. If you encounter any issues during operation, please refer to the "Other Situations" below.
Press and hold the battery button for 2 to 3 seconds to turn the power on or off. You will hear a short melody, and the battery indicator will light up blue. If the indicator is red, refer to the charging method below.
Before use, please read the instructions on the bottom of the packaging box carefully to ensure correct operation of the battery.
Press and hold the blue button on the battery for 2β3 seconds to turn the power on or off. During charging, the indicator light turns red; after charging is complete, it turns green. Press the blue button briefly to check the battery status:
Β· When fully charged, the indicator light is blue.
Β· When the voltage is low, the indicator light is red.
Β· During battery depletion, the indicator color gradually changes from blue to red.
Note the correct use of battery interfaces: Use the Type-C interface for charging, and the 2P 2.54MM red-black wire terminal interface to power Nybble Q. Please don't mix them up:
If the robot detects a low battery, it will pause its movements and beep. In this case, you need to remove the battery and charge it using a standard 5V USB Type-C interface data cable. For safety reasons, the battery will automatically stop supplying power to the robot during charging.
Sound
Trigger Timing
Indication
Short melody
Power on or restart
Program startup successful
Program startup successful
During use
Program received command
Repeating melody
During pauses in use or action
Low battery or battery not connected
The robot's battery socket has limited dimensions, so when the battery is installed on the battery seat, it cannot be directly charged via USB. The battery needs to be removed from the battery socket before charging.
Please do not confuse the circuit boardβs download port with the battery charging port.
There are two charging methods:
Remove only the battery from the main body, which is a quick and simple process.
Remove the side panel first, then detach the battery from the circuit board to fully separate the battery from the main body. This method is suitable for users with spare batteries.
The operation is the same as the charging method two mentioned above.
There are two solutionsοΌ
1. Check the battery indicator light. If the battery level is too low, please charge it promptly.
2. If the battery level is normal, remove the back cover and press the reset button on the motherboard, located next to the LED logo, to reboot the robot.
For plastic servos, we have added two protection mechanisms to extend their service life:
δΈγWhen subjected to short-term external force impacts, the protection mechanism activates, causing the servo to produce a clicking sound. δΊγWhen the servo is under prolonged force, the protection mechanism activates, causing the servo to release force.
The plastic servo contains a clutch gear for protection.
When powered on, if external obstacles block the servo's rotation, the clicking clutch sound will occur. Examples include:
Manually rotating the servo away from its target angle;
The servo is being physically jammed;
The servo is being obstructed by other objects.
To enhance servo durability, we added stall current detection. If the servo is under prolonged force without triggering the clutch gear, it will automatically enter force-release mode.
The servo returns to normal mode when it receives a new angle command.
