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007-A Dual Camera Patrol Drone with Thermal Imaging and Visible Light

Price: 5785$
Model:
Wheelbase: Supplier-listed configuration; confirm selected frame
Flight Control: Confirm installed flight-control configuration
Empty Weight: Confirm speed and mass under stated test conditions
Power Battery: Confirm selected battery and power configuration
Wingspan(without propellers): Confirm dimensions for the selected build
Folded Size(without propellers): Confirm transport dimensions for the selected build
Empty Weight: Confirm mass for the selected build
Satellite Navigation System: Confirm navigation configuration where applicable
Endurance Time: Confirm duration under stated test conditions
Maximum Horizontal Speed: Confirm speed and mass under stated test conditions
Image Transmission: Confirm image-transmission configuration and lawful settings
Electronic Speed Controller: Confirm installed ESC and control configuration

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007-A thermal dataset plan

Judge the 007-A by the inspection files it can deliver

007-A evidence belongs in a two-sensor media chain. Visible capture, thermal files, controller region, correction source and retained outputs must be checked without turning route range into link range. The 007-A source describes a 1050g maximum-take-off aircraft, a 48MP visible camera, 384 × 256 thermal imaging, RTK wording and up to 50 minutes without wind. Its 40km maximum-range entry describes flight range, whereas the controller section separately lists 15km under FCC conditions and 8km under CE, SRRC or MIC conditions. The source also says four antennas and then two transmitters plus four receivers. These contradictions require a model-specific antenna inventory and a configured, lawful acceptance route.

007-A dataset acceptance ledger

  1. 01Visible files

    48MP; 4K 30fps

    Unedited files, settings and gimbal log
  2. 02Thermal files

    384 × 256 at 30Hz; R-JPEG named

    Radiometric sample, reference target and calibration status
  3. 03Navigation

    Multi-GNSS and RTK figures

    Correction status, coordinate frame and checkpoints
  4. 04Range/link

    40km flight; 15km FCC or 8km regional link

    Separate test methods, antenna inventory and reserve
Tabletop photograph of the gray 007-A aircraft folded beside its clear camera and gimbal cover.
The receiving photograph documents the compact folded state and camera enclosure; model revision and sensor performance remain open checks.
Raised-arm tabletop photograph of the gray 007-A aircraft viewed from above, with four landing legs and orange-tipped propellers.
The deployed-arm view records the sample's physical stance and propeller layout, but cannot prove airworthiness, navigation accuracy or duration.
Handheld black controller for the 007-A sample with twin sticks, two upright antennas, status lights and an active touchscreen.
The controller photograph supports screen-and-control hardware reconciliation; it is not evidence of saved image quality, radio distance or GNSS status.

007-A receiving sample

  • Match aircraft, gimbal and controller serials.
  • Count and label every radio antenna.
  • Capture original visible and thermal reference files.
  • Save RTK state and coordinate information.
  • Document configured mass, wind, route, reserve and link log.

Build acceptance around a small known site

Use a permitted facility section with recognizable features and one thermal reference. Keep visible, thermal and navigation files under the same timestamps, then check whether the required report can be produced without undocumented conversion. RTK precision values remain source claims until correction age, fix status and independent points accompany the dataset.

Treat controller display and exported evidence differently

The 5.5-inch display may support field framing, but the procurement result is the saved file and traceable metadata. Confirm storage format, radiometric retention, controller output and archive naming. Record radio region, installed antennas, obstructions, bitrate and weather instead of transferring a laboratory maximum into a service promise.

007-A procurement questions

Is 40km the control distance?

No. The archived controller values are 15km FCC and 8km for the other named regions.

Does 384 × 256 prove temperature accuracy?

No. Calibration, lens, emissivity, environment and measurement method also matter.

Which RTK evidence is useful?

Keep correction status, timestamps, coordinate frame, raw outputs and an independent check.

Scope a 007-A inspection sample

Send the required visible, thermal and positioning outputs to define acceptance evidence.

Review civil patrol UAV platforms
Media Chain

007-A dual-sensor card

Connect source capture to retained output while keeping communications claims separate.

01
Lock the 007-A aircraft, controller SKU and regional configuration.
02
Confirm visible and thermal files with calibration and emissivity records.
03
Test route definition, control link and video link as independent quantities.

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Customer Reviews

   

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Review Title

Review Text

   Low Noise and Discreet Operation


 2025-12-30

The drone operates quietly, which is ideal for patrol missions requiring minimal disturbance. This makes it suitable for residential or sensitive areas
   Stable Performance in Challenging Weather


 2025-12-30

This UAV remains stable in moderate wind and light rain. The consistent performance makes it reliable for outdoor patrol tasks under changing conditions
   Thermal Camera Performance Exceeded Expectations


 2025-12-29

The thermal imaging on this patrol UAV is incredibly sharp, even in low‑light conditions. We regularly use it for night security checks and it delivers reliable results with minimal noise
   Durable Build for Frequent Use


 2025-12-30

The airframe feels solid and well-built. After repeated takeoffs and landings, it still performs reliably, making it suitable for frequent patrol operations
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Manufacturer Address:Quanzhou Valley Nanan Science and Technology Innovation Center, No. 89 Shijing Avenue, Shijing Town, Nanan City, Fujian Province

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