Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.
Description
Unitree Go2 ENT MTPTZ Robotic Dog
Offers dual backup communication links
Equipped with a high-precision three-axis stabilization
Features a primary 5.8G telemetry frequency
Operates within a waveband range of 8-14 µm
Delivers stunning 1080P video with low latency
The Unitree Go2 ENT MTPTZ Robotic Dog offers dual backup communication links. The primary link utilizes a 5.8G telemetry frequency for integrated digital image transmission, while the backup employs an all-Netcom 4G connection, ensuring robust communication. Video transmission is delivered in stunning 1080P high definition, with an impressively low latency of just 180ms. The Go2 ENT MTPTZ Robotic Dog supports standard network port video streaming input and dual-channel 1080P video signal transmission.
The Go2 ENT MTPTZ Robotic Dog is designed for durability, it features an explosion-proof screen and full network pass capabilities over 4G. The standard image sensing system is enhanced by dual cameras offering a wide-angle view at 120°, complemented by four high-brightness fill lights for optimal visibility in various conditions.
The advanced dual-light head features high-precision three-axis stabilization, ensuring exceptional image quality and stability during operation. With a remarkably low angle jitter of ±0.01°, it allows for precise control over pitch and horizontal rotations, offering a controllable pitch rotation range from -90° to +25° and a full horizontal rotation capability from -270° to +270°. This level of flexibility makes it ideal for a variety of applications, whether monitoring, surveying, or conducting inspections.
The Go2 ENT MTPTZ Robotic Dog is equipped with a cutting-edge thermal imaging sensor, the system boasts a resolution of 640 x 512 pixels and operates within a waveband range of 8-14 µm. It effectively measures temperatures across a broad range, from -20 to +150 °C with an accuracy of ±2°C, and from 50 to +550 °C with an accuracy of ±5°C. Users can easily control the device through an app featuring screen remote control, allowing for seamless operation and real-time data monitoring in the field. This combination of features makes the system an invaluable tool for professionals requiring precise thermal imaging and stability in dynamic environments.
Note: Depth camera is not included, and can not be individually optional servo robotic arm/radar, etc.
