Visible scene
The 4.8 mm lens provides the context around a roof, equipment area or inspection route. Use that context to locate a feature before examining a closer view.
| Price | On request |
|---|---|
| Model | DHU586G609P |
| Visible camera | 48 MP sensor; fixed 4.8 mm lens; 9× digital enlargement |
| Thermal imager | 640 ×512; 9.1 mm lens; 12 µm; 8–14 µm |
| Stabilization | Three-axis |
| Video output | IP1080p30 |
| Storage | TF recording and photography listed |
| Power input | 12–26.2 V DC; Dynamic 4.5 W |
| Weight | 145 ±10 g |
| Thermal lens | 9.1 mm lens |
| Control interfaces | Network IP / UART |
DHU586G609P brings a visible view and a thermal view into a three-axis UAV gimbal. Its fixed visible lens makes it a coverage-oriented choice: the camera position and aircraft viewpoint determine the framing, while digital enlargement changes the displayed crop. It suits civil imaging projects that need both channels without selecting a larger optical-zoom payload.

The 4.8 mm lens provides the context around a roof, equipment area or inspection route. Use that context to locate a feature before examining a closer view.
The 9.1 mm thermal lens gives a separate temperature-pattern view. A bright region is a reason to investigate the scene, rather than a diagnosis by itself.
This configuration avoids an optical-zoom assumption. Its listed 9× enlargement is digital, so an enlarged picture should still be judged against the original frame.
Visible context and thermal contrast support different observations. Preserve their channel identity when saving images or preparing an inspection report.
The maker lists 145 ±10 g. Add the selected damper, bracket and wiring before comparing the installed assembly with the aircraft's payload allowance.
| Group | Manufacturer listing | Selection meaning |
|---|---|---|
| Visible sensor | 48 MP sensor; fixed 4.8 mm lens | Sensor pixel count is not a promise of 48 MP saved photographs. |
| Thermal imager | 640 ×512; 9.1 mm lens | Evaluate the thermal scene separately from the visible image. |
| Video | IP 1080p30; TF storage listed | Check the received stream and exported files as distinct deliverables. |
| Control | Network and UART; S.Bus/PWM optional | Choose the control interface independently of the video receiver. |
For a building survey, the useful question is whether the received picture contains the detail required in the report. A high sensor count does not answer that question on its own. Exposure, focus, output mode and the final file all affect what the operator can inspect. Ask for an original photograph and an unedited stream sample from the offered configuration, then view both at native size.

Start with a simple connection plan: camera video, network transport, receiving software and stored output. Label where the visible channel and thermal channel appear. The product title's “dual output” wording does not establish two independent physical video connectors or simultaneous stream availability on every revision.
Next, identify which controls the operator needs while viewing: pointing, camera settings and recording. Receiving an IP picture does not demonstrate control integration. Use the documented command interface for the supplied revision; do not assume a universal UAV camera protocol. If manufacturer software is part of the solution, include its version and use rights in the delivery list.
The compact camera is a candidate for roof checks, equipment observation and other civil work where a thermal pattern benefits from visible context. These are application examples, not completed field tests. Keep the mounting location clear throughout gimbal movement, including space for the cable loop and selected vibration isolation.
A fixed lens also changes flight planning. If the initial view does not contain enough detail, digital enlargement cannot replace additional optical information. Reconsider the required viewpoint, lawful access and safe working distance before choosing this camera instead of an optical-zoom model. Three-axis construction alone does not establish sharper footage on a particular aircraft.
No. This fixed-lens model lists digital enlargement. Judge the detail in the original image before treating a larger display crop as additional information.
The sensor is described as 48 MP. The saved-photo dimensions are not established by that description; the delivered file mode must be stated separately.
Measurement is an optional configuration. The order should identify whether numeric values, full-pixel files or only viewable thermal images are supplied.
Model reference: TOPOTEK DHU586G609P. Specifications above follow the manufacturer's public listing; quoted options and supplied hardware determine the delivered configuration. Manufacturer specification source.
| Visible Camera | 48 MP sensor; fixed 4.8 mm lens; 9× digital enlargement 48 MP describes the sensor, not saved-photo dimensions; digital is not optical zoom. |
|---|---|
| Thermal Imager | 640 ×512; 9.1 mm lens; 12 µm; 8–14 µm |
| Thermal Fov | 48.3° ×38.7° |
| Visible Fov | H65° / V51° / D78° |
| Stabilization | Three-axis Not an FD aircraft flight-test result. |
| Video Output | IP1080p30 |
| Storage | TF recording and photography listed File modes and channel topology require supplied revision documentation. |
| Control | Network IP / UART |
| Weight | 145 ±10 g Accessory inclusion is not established; do not label this complete installed mass. |
| Voltage | 12–26.2 V DC |
| Power | Dynamic 4.5 W Manufacturer label; not peak input requirement. |
Manufacturer-listed values. Supplied options and installed weight belong in the quotation.

Match the SPEEDX2 1804 3450KV motor by drawing, pusher clearance, battery, propeller, ESC and a winding-specific test row....

Match the TAKER H743 controller and H80_BLS ESC through the current Bluetooth notice, unresolved 512M unit, harness, BEC, firmware and cooling evidence....

Map TAKER F722 45A AIO compatibility through its five UARTs, six-pin HD port, 5V rail, firmware and propulsion evidence....

Review S7 Mini compatibility through its STM32H743 board revision, sensor set, port map, rail limits, firmware and recovery file....

Review RE35 compatibility through LR1121 radio protocol, JR and Type-C interfaces, channel mapping, firmware and recovery deliverables....

Resolve the SPEEDX2 2107.5 2450KV identity against its 1960KV option and match drawing, propeller, battery and ESC data....