Product Description

The DIU10S4KG613 is a high-end drone payload that integrates a 10× optical zoom 4K visible-light camera (with an additional up to 7× digital zoom for a total of 70× hybrid zoom) alongside a 640×512 thermal imager equipped with a 13 mm lens (with up to 9× thermal digital zoom). The unit is mounted on a precision 3-axis FOC-stabilized gimbal, offering advanced imaging for demanding aerial missions such as inspection, surveillance, and search‑and‑rescue applications.

🔧 Key Capabilities & Specs

Visible-Light Camera

• Sensor: 8 MP (approx. 4,000×2,000 pixels), wide-dynamic-range CMOS

• Optics: 10× mechanical zoom lens + 7× digital zoom (~70× hybrid)

• Video Output: 4K (3840×2160) via RTSP; HDMI output optional

• Autofocus: Real-time autofocus (<1 second)

• Latency: Low-latency streaming (~170 ms)

• Features: Dual-channel recording, PIP stream, real-time zoom syncing

Thermal Imaging Module

• Sensor: 640×512 VOx uncooled thermal detector (12 µm pixel pitch)

• Lens: 13 mm fixed focal thermal lens (wide field of view ~33° × 26°)

• Zoom: Up to 9× digital thermal zoom

• Measurement: Supports point/area temperature measurement, global temperature reading

• Display: Multiple pseudo-color palettes and PIP modes

Gimbal & Mechanics

• Stabilization: 3-axis FOC encoder-controlled gimbal for precision under dynamic motion

• Movement Ranges: Roll ±45°; Pitch −45° to +120°; Yaw continuous full rotation

• Stability Accuracy: Pitch/Roll jitter ≤ ±0.02°; Horizontal (Yaw) jitter ≤ ±0.03°

• Smart Functions: Adaptive PTZ speed tied to zoom level; one-click home function; angle/preset control via IP or serial commands

• Input: DC 12–26 V; typical power consumption ~ 7 W

• Weight: Approximately 430 g (excludes damping mounts)

• Dimensions: Diameter ~ 138 mm; Height ~ 140 mm

• Environmental Operating Range: −10 °C to +55 °C; 20–80% RH operating; storage to −20 °C/+60 °C and up to 95% RH

✅ Use Cases

• High-fidelity surveillance and inspection from distance

• Dual-modal imaging for dark or heated environments

• Search-and-rescue operations requiring both visual and thermal cues

• Situations demanding low latency, high zoom, and low payload weight

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