The GLII series motors are specifically designed for high-end gimbal systems. With outstanding performance and innovative technology, they are widely used in high-precision control scenarios such as gimbal systems and autonomous driving. This series adopts a completely new electromagnetic design and structural optimization, upgrading the electromagnetic solution to significantly reduce cogging torque from 24 cN.m to 15 cN.m. This greatly improves the stability and servo performance during low-speed operation, ensuring precise control even in low-speed scenarios.
To meet the complex control demands of gimbal motors, the GLII series features the latest generation of hollow drive boards, supporting both CAN and PWM communication. It offers multiple control modes (MIT mode, velocity-position mode, velocity mode), making motor control more flexible and efficient. Whether for high-dynamic-response gimbal stabilization systems or finely tuned autonomous driving scenarios, the GLII series motors can easily handle both. Additionally, the product is equipped with a dual-port design: the black XT30 2+2 interface combines the power and CAN signal cables, ensuring safe and reliable signal transmission, while the white CJT-3Pin interface allows users to connect to an upper computer for real-time parameter adjustments, further enhancing debugging flexibility.
The GLII series motors not only pursue peak performance in design but also focus on user experience. The newly added host computer function supports current loop parameter settings and serial port baud rate adjustments. Users can easily identify motor parameters with a one-click function and flexibly select from various working modes via an intuitive interface. This significantly reduces operational difficulty and improves usability. Whether for industrial-grade applications or high-end consumer scenarios, the GLII series motors provide users with stable, reliable, and efficient drive solutions, helping customers achieve higher control precision and system performance, while greatly enhancing customer satisfaction.
GL60II Gimbal Motor
SMOOTH OPERATION,EQUIPPED DRIVE LARGE HOLLOW SHAFE
Install a hollow driver board for more flexible control
EQUIPPED DRIVE, GREAT CONTROL
Install a hollow drive board supporting CAN and PWM communication. The 3 control modes can meet
different needs flexiblyInstall a hollow drive board supporting CAN and PWM communication.The 3 control modes can meet different
needs flexibly
MIT
mode
velocity-position
mode
velocity
mode
Upgraded EM, Lower Cogging Torque
Upgraded electromagnetic design and motor structure. Reduce cogging torque from 2.4 cN.m to 1.5
cN.m, enhancing low-speed servo performanceUpgraded electromagnetic design and motor structure. Reduce cogging torque from 2.4 cN.m to 1.5
cN.m,enhancing low-speed servo performance
1.5cN.m
Black & White Dual Interface Free for debugging
The black is the XT30 2+2 interface, combined the power cable and CAN signal cable into one, making the signal transmission safer and more reliable; The white is a
CJT-3pin interface. Convenient for connecting to the upper computer to communicate and adjust parametersThe black is the XT30 2+2 interface, combined the power cable and CAN signal cable into one, making the
signal transmission safer and more reliable;The white is a CJT-3pin interface. Convenient for connecting to
the upper computer to communicate and adjust parameters
XT30 2+2
Black Interface
CJT-3pin
White Interface
Equipped Upper Computer Easier Operation
Open current loop parameters & serial port baud rate settings One-click for
motor parameter recognition. Various working mode,more flexible upper computer page selectionOpen current loop parameters & serial port baud rate settings One-click for motor
parameter recognition. Various working mode,more flexible upper computer page selection
