DHU586G207 Dual Sensor Gimbal Camera: Compact Fixed-Lens UAV Imaging

Price	On request
Model	DHU586G207
Visible camera	48 MP CMOS sensor; fixed 4.8 mm lens; 9× digital enlargement
Thermal imager	256 × 192; 7 mm lens; 12 µm; 8–14 µm
Stabilization	Three-axis gimbal
Video output	RTSP network IP; 1080p30 mode
Storage	Local TF photography and dual-channel recording
Power input	12–26.2 V DC; Dynamic 4.5 W
Weight	145 ±10 g
Thermal lens	7 mm
Control interfaces	Network IP / UART

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Two imaging channels in a compact fixed-lens payload

DHU586G207 combines a fixed-lens visible camera with a 256 × 192 thermal imager on a three-axis gimbal. It suits UAV projects where a small camera bay must provide both a recognizable scene and a thermal view, without the extra lens mechanism of an optical-zoom payload.

Use the visible channel to follow a roof edge, identify a piece of equipment or keep track of the survey area. Review thermal imagery to examine differences in heat patterns. The 7 mm thermal lens and compact housing make this a practical candidate for civil site surveys, facility observation and small multirotor payload projects.

DHU586G207 product image — DHU586G207 camera and gimbal assembly.

Fixed visible lens4.8 mm optics with 9× digital enlargement

256 × 192 thermal7 mm lens and 12 µm pixel spacing

Three-axis gimbalPitch, roll and yaw movement

Network videoRTSP with a listed 1080p30 output mode

TF storageLocal photography and dual-channel recording

145 ±10 gCamera weight listed for this model

Choose it for overview work and compact integration

Facility and roof surveys

A fixed view works well when the flight plan covers an area systematically. Visible context helps locate the roof section or machine shown in the thermal image, so a reviewer can connect the image to the right part of the site.

Small UAV camera bays

Start with the payload mounting space and the installed weight allowance. Include the bracket, damping parts and cables in that calculation. The compact camera is useful where the aircraft carries a modest imaging payload alongside its flight electronics.

Compact imaging for a site survey — DHU586G207 — Compact imaging for a site survey.

Video, control and power at a glance

The IP video path can feed a network-based receiving system, while UART and network commands provide camera and gimbal control. Choose the receiving equipment around the RTSP video requirement and the control interface used by your project. S.Bus/PWM control and temperature-measurement functions are available as configuration options.

Visible sensor	1/2.0-inch CMOS; 48 MP sensor specification
Visible view	Horizontal 65° / vertical 51° / diagonal 78°
Thermal view	24.7° × 18.9°; uncooled 8–14 µm imaging
Input supply	12–26.2 V DC
Listed dynamic power	4.5 W
Control	Network IP and UART

Request a project-specific quotation

Send your aircraft type, payload allowance, mounting space and preferred receiving system. Add whether you need thermal pictures only or the temperature-measurement option, plus the photos and recordings you want to save. These details help define the camera, interface and mounting items in your quotation.

DHU586G207 questions

Does the visible camera have optical zoom?

It uses a fixed 4.8 mm lens. The 9× function enlarges the image digitally; choose an optical-zoom model if changing focal length is central to your inspection.

When should I choose a 640 thermal model instead?

If the job calls for more thermal detail in each frame, compare a 640 × 512 model using the required viewing area and a sample image. DHU586G207 supplies the 256 × 192 thermal view described above.

How do I specify the controller connection?

Name the ground receiver and the interface you plan to use. IP/UART is the starting configuration; include S.Bus or PWM in the enquiry when your control system needs it.

Specification reference: manufacturer DHU586G207 product data.

DHU586G207 specifications

Visible Camera	48 MP CMOS sensor; fixed 4.8 mm lens; 9× digital enlargement
Thermal Imager	256 × 192; 7 mm lens; 12 µm; 8–14 µm
Stabilization	Three-axis gimbal
Video Output	RTSP network IP; 1080p30 mode
Storage	Local TF photography and dual-channel recording
Control	Network IP / UART
Weight	145 ±10 g
Voltage	12–26.2 V DC
Power	Dynamic 4.5 W