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TAROT | SKU:
JA0046
TAROT 3 AXIS Brushless Gimbal for Canon Nikon Sony FUJI DSLR and Mirrorless Cameras 360 Degree Adjustable Gimbal TL3W01
$399.00
Unit price
/
Unavailable
TAROT 3 AXIS Brushless Gimbal for Canon Nikon Sony FUJI DSLR and Mirrorless Cameras 360 Degree Adjustable Gimbal TL3W01 is backordered and will ship as soon as it is back in stock.
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TAROT 3 AXIS Brushless Gimbal for Canon Nikon Sony FUJI DSLR and Mi...
$399.00
Unit price
/
Unavailable
TAROT TL3W01 series 3 axis adjustable stabilization gimbal is specially designed for Medium and large sized SLR/Mirrorless cameras by Tarot.
It adopts a high-efficiency integrated motor, which is small in size, large in torque and low noise. It ensures the efficient, high quality and stable shooting for the gimbal. The stabilization gimbal body uses an all-aluminum alloy structure design,which is light in size while has its own shock absorption, combined with professional and leading pan-tilt control technology, and has an image stabilization accuracy of ±0.01°, and has an excellent image stabilization effect.
It can be quickly and flexibly mounted on a variety of drone flight platforms, with various cameras and diy equipment, and is an excellent choice for industry applications.
Main Features:
·Efficient integrated motor, strong and powerful, strong carrying capacity;
·Mechanical three-axis image stabilization;
·Leading dedicated decoupling attitude algorithm;
·Highly optimized servo motor vector control algorithm;
·Up to 8000Hz control frequency;
·±0.01°image stabilization accuracy;
·All aluminum alloy structure design, light and strong;
·Built-in gimbal shock absorption;
·Support Sony, Panasonic, Nikon, Fuji camera control;
·Tool-free gimbal center of gravity adjustment.
Specifications:
Package Included:
TAROT TL3W01 Gimbal Frame x 1
Gimbal configuration module x 1
Gimbal 4P power cable x 1
S.Bus receiver connect wire x 1
Damping parts x 5
M3X5MM screw x 14
Mounting:
It adopts a high-efficiency integrated motor, which is small in size, large in torque and low noise. It ensures the efficient, high quality and stable shooting for the gimbal. The stabilization gimbal body uses an all-aluminum alloy structure design,which is light in size while has its own shock absorption, combined with professional and leading pan-tilt control technology, and has an image stabilization accuracy of ±0.01°, and has an excellent image stabilization effect.
It can be quickly and flexibly mounted on a variety of drone flight platforms, with various cameras and diy equipment, and is an excellent choice for industry applications.
Main Features:
·Efficient integrated motor, strong and powerful, strong carrying capacity;
·Mechanical three-axis image stabilization;
·Leading dedicated decoupling attitude algorithm;
·Highly optimized servo motor vector control algorithm;
·Up to 8000Hz control frequency;
·±0.01°image stabilization accuracy;
·All aluminum alloy structure design, light and strong;
·Built-in gimbal shock absorption;
·Support Sony, Panasonic, Nikon, Fuji camera control;
·Tool-free gimbal center of gravity adjustment.
| Parameter | ||
| Functions | 3 Axis Stabilization | Support |
| Tool-free GC Adjustment | Support | |
| Support Camera | Sony, Nikon, Canon, Fuji | |
| Technician Parameters | Image Stabilization Accuracy | ±0.01° |
| Rotation Speed | Yaw: 200°/s | |
| Roll: 200°/s | ||
| Pitch: 200°/s | ||
| Controller Rotation Angle | Yaw: ±360° | |
| Pitch: ±360° | ||
| Basic Parameters | Power Supply | 20-52V (6S-12S LIpo) |
| Working Temperature | -20℃-60℃ | |
| Storage Temperature | -20℃-70℃ | |
| Working Environment Humidity | ≤85%RH | |
| Dimension | 178x173x273mm | |
| Weight | 1050g | |
| Average Power | 5.0W | |
Package Included:
TAROT TL3W01 Gimbal Frame x 1
Gimbal configuration module x 1
Gimbal 4P power cable x 1
S.Bus receiver connect wire x 1
Damping parts x 5
M3X5MM screw x 14
| Power | Power Supply: 20V-52V (6s-12s lipo battery) Note: Voltage too low or too high may damage the gimbal. |
| DEBUG | Debug port: Connect to the computer through assistant module to set the settings or adjust the PID |
| S.Bus | Connect S.Bus receiver through S.Bus connection wire |
| UART1 | S.Bus channel setting port, connect to the computer through the parameter adjustment module for S.Bus channel setting |
| UART2 | Reserved Port for future expansion use |
| Reserved | Reserved port |
Mounting:
