GPS 3-Axis Gimbal Drone Camera with 4K Camera and Four-Optical Pod ZT30 180

Product Specification

Product Background

The miniaturization of sensors and breakthroughs in accuracy: With the advancements in MEMS technology and optical processes, the ZT30 integrates a 640×512 resolution thermal imaging sensor, a 30x optical zoom visible light camera (supporting 180x mixed zoom), a 2K wide-angle camera, and a 1200-meter laser rangefinder into a compact body weighing only 870 grams. Its laser ranging accuracy reaches 0.1 meters, the thermal imaging temperature measurement range covers -20°C to +550°C, and it supports dual-light zoom (thermal imaging and visible light synchronized magnification), enabling precise capture of target temperature anomalies and detailed features.
Pan-tilt control and algorithm collaboration: Utilizing a high-precision 3-axis stabilized pan-tilt (angle vibration ±0.01°) and infinite yaw rotation design, combined with Kalman filtering and complementary filtering algorithms, it effectively compensates for the drone's flight jitter. Through the self-developed SDK protocol of Swaying Wings, it supports open-source ecosystems such as Ardupilot and Mavlink and secondary development, achieving deep collaboration with the flight control system.

AI-driven intelligent perception, with the optional Sway AI tracking module (4T computing power), can identify multiple targets such as pedestrians, vehicles, and ships. Through coordinated control, it can achieve real-time following and anti-loss functions, maintaining target lock in complex environments. For example, in a fire-fighting scenario, combined with AI algorithms, it can quickly locate the source of smoke and automatically track the path of fire spread.
Security and emergency response, in border patrol and large-scale event security, the multi-sensor combination of ZT30 can simultaneously achieve visible light monitoring, thermal imaging anomaly detection (such as tracking human heat sources at night) and laser ranging positioning, helping security personnel quickly lock on suspicious targets and plan interception paths. Its IP4X waterproof rating and -10°C to 50°C operating temperature range ensure stable operation in harsh climates.
Industrial inspection and infrastructure maintenance, in power inspection, thermal imaging cameras can detect hotspots faults in transmission lines, laser ranging instruments accurately locate the distance of fault points, and visible light cameras capture high-definition details. After data fusion, a three-dimensional inspection report is generated, significantly improving operation and maintenance efficiency. In industrial scenarios such as automotive manufacturing, wide-angle cameras are used for global monitoring of the production line, and zoom cameras focus on the installation accuracy of key components to achieve quality control.

Environmental monitoring and smart cities, combining laser ranging and thermal imaging technology, the ZT30 can monitor the temperature gradient changes of forest fires and assist the fire department in formulating firefighting strategies; in urban planning, the wide-angle camera captures large-scale terrain, laser ranging generates a digital elevation model, supporting 3D modeling and disaster warning.
Logistics and agricultural intelligence, large storage centers use the real-time positioning and tracking function of the ZT30 to achieve automatic sorting and inventory management of goods; in the agricultural field, thermal imaging analyzes crop transpiration, visible light assesses growth status, laser ranging calculates the area of farmland, and helps make precise agricultural decisions.

Data processing and interactive innovation, supporting the two-way stitching of video streams (such as visible light + thermal imaging + wide-angle footage combination), and outputting through HDMI or network port to third-party devices, facilitating multi-screen collaborative work. The anti-loss function of the AI tracking module ensures that tracking can be automatically resumed when the target reappears, significantly improving task reliability.
Continuous technological iteration and open ecosystem, through firmware upgrades to continuously optimize functions (such as adding laser ranging coordinate overlay), and providing SDK development interfaces, allowing users to customize exclusive algorithms to meet the special needs of fields such as research and public security. For example, the fire department can quickly customize a smoke recognition model based on the UniAI training platform and link it with ZT30 data in real time.

Product parameters