The Taisync’s ViuTracker G1 is built to deliver exceptional accuracy in dynamic environments, providing yaw stability enhancement of <0.5° and pitch stability enhancement of <0.1°. These precise adjustments ensure stable line-of-sight control for aerial, maritime, or mobile surveillance operations.

Furthermore, it supports unlimited/450° yaw rotation and -15° to 135° pitch rotation, offering unmatched flexibility in wide-range tracking conditions. As a result, it can lock onto fast-moving targets smoothly without delay or overshoot.

Fast and Responsive Motion Control

The system delivers a maximum horizontal turning rate of 300°/s, which is vital for tracking rapid changes in target direction. Similarly, its maximum vertical turning rate of 60°/s enables efficient adaptation during aerial or terrain-following applications.

With these capabilities, the ViuTracker G1 is perfect for use in UAVs, vehicle-mounted systems, or maritime vessels requiring quick repositioning. Therefore, operational performance is greatly improved in real-time tracking tasks.

Compact Yet Powerful Design

Weighing just 2.6 kg, the ViuTracker G1 combines portability with structural strength, supporting a maximum torque of 300 N·cm for consistent motion resistance. Moreover, it operates efficiently with a DC input voltage range of 12V to 15V, allowing easy integration into most vehicle power systems.

Despite its performance, average power consumption remains at only 15W, which makes it ideal for energy-conscious deployments. This energy efficiency extends operational time, especially in remote or mobile setups.

Ruggedized for Harsh Environments

Thanks to its IP65 protection level, the system is resistant to dust and water, making it reliable in outdoor and industrial applications. In addition, it operates steadily within a temperature range of -20°C to 60°C and humidity levels between 20% and 70%, ensuring long-term durability across various climates.

The device can be deployed confidently in challenging terrains where weather conditions shift unpredictably and require robust hardware for long-term use.

Integrated Communication and Protocol Support

Communication is facilitated through TTL serial interface, which ensures low-latency data transfer and easy connectivity. It supports both MavLink and NMEA-0183 protocols, enhancing compatibility with common control systems used in drones, autonomous vehicles, and ground control stations.

These features guarantee seamless system integration across multiple platforms, reducing development and deployment time for OEMs and system integrators.

Specifications