TOPOTEK KHP640M5 Lightweight Thermal Drone Camera, 640×512 with HDMI

Price	On request
Model	KHP640M5

Thermal detector and coverage
Thermal detector	640×512 uncooled vanadium oxide detector
Thermal lens	8.7 mm F1.0
Field of view	40° ×32.2°

Temperature data and files
Temperature data / option	Full-pixel measurement; listed range −20 to 650°C
Storage / file formats	Local TF; full-pixel temperature storage optional

Stabilization and installation
Stabilization	3-axis
Power input	DC 12–26.2 V; listed dynamic power 5 W
Weight	110 ±10 g, excluding dampers

Video and control
Video output	IP/RTSP and HDMI
Control interfaces	UART, S.BUS and network; QGC control listed

Get Quote

+86-13959965075

Choose KHP640M5 when the job calls for a small thermal-only payload and a choice of network or HDMI viewing. This TOPOTEK three-axis gimbal uses a 640×512 infrared detector with an 8.7 mm lens. Its published mass is 110 ±10 g excluding dampers. The combination is worth considering for an aircraft where visible optical zoom is unnecessary and the thermal image is the main inspection output.

Compact TOPOTEK KHP640M5 thermal camera and upper three-axis mounting assembly — KHP640M5 original product view showing the thermal camera and compact gimbal form.

Start with the thermal task

A roof-condition survey or visual check of civil equipment may need temperature contrast rather than a conventional color picture. KHP640M5 provides one thermal sensor, not a second visible channel. Its listed 40° ×32.2° thermal field of view is useful information when deciding how much surrounding context the operator needs to see.

The manufacturer specifies full-pixel temperature measurement and a −20 to 650°C measurement range. Full-pixel temperature storage is an option. Identify whether the required deliverable is a viewed temperature indication, an ordinary video record or stored temperature information; those are different purchasing requirements.

HDMI viewing

Use the listed HDMI output as the starting point for a display-based installation. State the receiving device, connector and cable needs. An HDMI picture alone does not establish what temperature information can be exported.

Network workflow

The product also supports network RTSP video. This suits an integration review with an IP receiver or application. Specify the control implementation and the form of the stored result alongside the live picture.

Match the feature to the purchase

Need	Documented provision	Selection point
Thermal contrast without a visible camera	Single 640×512 uncooled infrared detector	Choose this architecture when thermal viewing is sufficient for the task.
Compact aircraft installation	110 ±10 g, excluding dampers	Calculate the final mass with the selected mount, cable and connection hardware.
Temperature values in the workflow	Full-pixel measurement; temperature storage optional	Name the required data or file output before ordering the option.
Local camera storage	TF card storage listed	Confirm whether the selected recording is video or the optional temperature-data function.

Second front view of TOPOTEK KHP640M5 with its thermal lens and upper connection housing — Alternate manufacturer view of the KHP640M5 thermal-only camera assembly.

Integration without unnecessary assumptions

The specified camera supply is DC 12–26.2 V and the listed dynamic consumption is 5 W. TOPOTEK identifies UART, S.BUS and network control, and lists QGC control support. Provide the application and aircraft details so the appropriate connection and control version can be selected. A supported control name is not a promise that every app build or wiring arrangement will work without an integration check.

The three-axis mechanical gimbal is part of the camera assembly. Its performance in flight also depends on the actual mounting and aircraft conditions. Use a representative inspection view when judging whether the picture is usable, and keep any quantitative acceptance requirement separate from the product’s general stabilization description.

What makes a useful thermal-camera enquiry?

Describe the subject, the context that must fit in the image, the live-view device and the final record needed by the customer. Add the available power and mounting arrangement. These details help choose the viewing connection and temperature-storage option without purchasing features that the workflow does not use.

Common KHP640M5 questions

Can it produce a normal visible-light image?

No visible camera is listed. Use a dual-sensor product if the operator must switch between thermal and visible views.

Is temperature-data storage included as standard?

TOPOTEK marks full-pixel temperature storage as optional. State that requirement explicitly; do not assume an ordinary TF video file contains that data.

Does the camera need a separate video link?

The listed outputs are network and HDMI. Any aircraft-to-ground transport equipment should be selected separately for the intended receiving setup.

Specify a lightweight thermal payload.

Use Get Quote for KHP640M5 with your preferred output, required temperature-data option and complete mounting scope. FD can then quote the camera around the actual inspection deliverable.

TOPOTEK KHP640M5 specifications

Thermal imager	640×512 uncooled vanadium oxide detector
Thermal lens	8.7 mm F1.0; FOV 40° ×32.2°
Gimbal	3-axis
Video output	IP/RTSP and HDMI
Recording	Local TF; full-pixel temperature storage optional
Temperature function	Full-pixel measurement; listed range −20 to 650°C
Power input	DC 12–26.2 V; listed dynamic power 5 W
Camera mass	110 ±10 g, excluding dampers
Control	UART, S.BUS and network; QGC control listed