The following specifications summarize the DX5 configuration and its main operating parameters. Specifically, they show how the imaging channels, gimbal platform, rangefinder, and transmission system work together.

The EO camera supports both broad situational awareness and focused long-range inspection. In wide mode, its 100° × 68° field of view helps crews scan large areas. By contrast, the 3.3° × 1.9° tele view isolates distant subjects. The 40x optical zoom preserves useful visible detail during observation. Additionally, 120x hybrid zoom extends the viewing range when missions require closer examination.

The thermal imaging gimbal adds another layer of awareness when visible imagery becomes limited. For instance, it can help teams identify heat patterns during nighttime searches or forest-fire monitoring. Multiple thermal palettes also support scene interpretation under changing conditions. Moreover, picture-in-picture display allows operators to compare EO and IR imagery during a live mission. OSD overlays can present supporting flight or payload information on the video feed.

Three-axis stabilization helps the imaging channels remain useful during aircraft movement. Specifically, the platform offers unlimited yaw rotation and a broad pitch range. Angular position accuracy is rated at ≤0.3°, while stability accuracy is 0.1 mrad. Therefore, the DX5 UAV gimbal payload can support observation and tracking from a moving aerial platform.

The integrated rangefinder measures targets between 20 and 3000 meters. Notably, its stated measurement accuracy is ±1 meter. This capability gives operators distance information alongside EO and thermal imagery. As a result, teams can assess remote subjects without relying only on visual estimates.

Built-in target recognition and tracking support surveillance workflows. However, tracking performance can depend on the selected configuration and operating conditions. The published parameter block lists tracking capability at ≥100° per second. Another product page reference lists a maximum angular velocity of ≥60° per second. Therefore, buyers should confirm the applicable rating for their intended configuration.

For connectivity, the payload provides Ethernet video output through RTSP. Moreover, H.264 and H.265 encoding help manage stream efficiency and image quality. Recordings use the widely supported MP4 format. The standard control interface is UART with TTL 3.3 V and RS232 protocol support. Additionally, SBUS is available as an optional interface.

The DX5 supports several professional aerial applications. Firstly, public security teams can use its stabilized cameras for observation and target tracking. Secondly, environmental teams can combine visible and thermal data during remote patrols. Meanwhile, inspection crews can use the zoom camera and rangefinder to assess distant infrastructure.

• Public security: Aerial observation, target recognition, and stabilized tracking.
• Forest-fire monitoring: Visible and thermal observation for detecting and reviewing heat activity.
• Environmental projects: Remote patrol, inspection, and observation across large areas.
• Law enforcement: Long-range observation, tracking, and laser distance measurement.
• UAV inspection: EO zoom, thermal imaging, and ranging for distant assets.

The 870-gram design also reduces the burden of integrating several independent sensors. In addition, average power consumption remains at or below 15 watts. The unit operates from 12 to 24 V DC and works between -20°C and +55°C. Consequently, the industrial drone payload can serve a broad range of operational environments.

Ultimately, the DX5 UAV gimbal payload offers a balanced mix of imaging detail, stabilization, and measurement capability. Therefore, it is a practical option for teams that require several sensing modes within one compact system.