What to do if Tarot ZYX T-3DIII Camera Accessories gimbal vibrates?
If your Tarot Camera Accessories gimbal vibrates, ensure the camera and lens screws are securely tightened. If the vibration persists, slightly decrease the motor torque value.
What to do if the video image is not stable enough with Tarot ZYX T-3DIII?
If the video image from your Tarot Camera Accessories is not stable enough, there are several potential causes. First, reduce the vibration of the multi-rotors. Also, check that the damping balls are tightly fixed. Finally, slightly increase the motor torque value.
Why is the angle not level on my Tarot ZYX T-3DIII?
If the angle is not level on your Tarot Camera Accessories, it could be due to a couple of reasons. The error of the sensors might be too large, in which case you should calibrate the sensors. Alternatively, the Tx might not be centered, so try centering the Tx.
What to do if the red light blinks quickly on Tarot ZYX T-3DIII?
If the red light blinks quickly on your Tarot Camera Accessories, first check and fix the wiring cables, as the connection cable between the gimbal controller and its main body may be loose. Additionally, ensure there is no resistance to gimbal rotation, as the gimbal stall protection may have been triggered multiple times. Then, power cycle the gimbal.
Lists all components included in the gimbal package, with item counts.
Details wiring connections for the gimbal controller, power, receiver, and video output.
Explains the different operational modes of the gimbal, such as Pan Follow (PF) and FPV.
Guides on how to configure the gimbal's working modes using RC switches and software.
Outlines the procedure for conducting a flight test of the gimbal, including transmitter and power checks.
Provides essential tips before flight, ensuring correct camera mounting and wiring setup.
Describes the gimbal's self-check and sensor initialization process upon powering up.
Instructions for downloading, installing the assistant software, and connecting the gimbal via USB.
An overview of the assistant software's interface and its role in gimbal configuration.
Guides on setting up basic gimbal parameters like receiver connection, initial angles, and rotation speeds.
Details how to map RC transmitter channels to control gimbal functions like tilt and mode selection.
Explains how to configure gimbal control modes (Rate/Angle) using RC sticks and stick mapping.
Describes utility tools within the software, including parameter management and sensor calibration.
Step-by-step instructions for updating the gimbal's firmware to the latest version.
Solutions for when the gimbal's angle is not level, including sensor calibration and centering Tx.
Addresses causes of gimbal vibration and provides steps to resolve them, like adjusting motor torque.
Troubleshooting steps for unstable video, covering vibration, damping balls, and motor torque.
Solutions for rapid red LED blinking, indicating connection issues or stall protection activation.
Details input power, working/stall currents, and operating environment specifications.
Lists the physical dimensions and weight of the gimbal unit.
Specifies maximum controllable rotation speeds and controllable rotation ranges for each axis.
Lists supported cameras and the operating systems for the assistant software.
Describes the function of each port on the gimbal main controller board.
Explains the function of the DEBUG port on the motor drive and sensor module.
Explains the meaning of different LED light patterns on the gimbal main controller board.
Describes the LED indicator status for the motor drive and sensor module.
General| Control Accuracy | ±0.02° |
|---|---|
| Type | 3-Axis Gimbal |
| Control | PWM/SBUS |
| Communication Interface | PWM/SBUS |
| Input Power | 12V-24V |
| Battery Life | Approximately 6-8 hours |
| Operating Time | Approximately 6-8 hours |
| Charging Time | Approximately 2-3 hours |
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