Camera for FPV drone JS-MINI640-9, thermal imaging, 640×512, 12 μm, F1.0 / 9.1 mm

Thermal FPV camera JS-MINI640-9  is a compact high-sensitivity module with an uncooled VOx sensor, designed for integration into unmanned systems, robotic platforms and other intelligent devices.

Thanks to the 640×512 resolution and high temperature sensitivity (≤40 mK), the camera provides clear and detailed thermal images even in difficult conditions.

The model supports analog video output (CVBS), which makes it compatible with FPV systems, video transmitters and monitors. Compact size and low power consumption allow the camera to be used in drones, gimbals, helmets and portable solutions.

Technical specifications

Thermal imaging module

• Sensor type: VOx (vanadium oxide), uncooled microbolometer
• Resolution: 640 × 512
• Pixel size: 12 μm
• Spectral range: 8-14 μm
• NETD: ≤40 mK (at 25°C, F/1.0)
• Spatial resolution (MRAD): 1.2

Optics

• Focal length: 9.1 mm
• Viewing angle:
• • Horizontal: 48.3°
  • Vertical: 38.6°
  • Diagonal: 62.4°
• Minimum focus distance: 2 m
• Aperture: F1.0

Video and processing

• Video output: CVBS (analog)
• Digital zoom: ×1 / ×2 / ×4 / ×8
• AGC: histogram mode
• Noise reduction: yes
• Defective pixel correction: yes
• Detail enhancement: yes
• Brightness and contrast adjustment: yes

Pseudocolor modes

• White Hot
• Black Hot
• Rainbow
• Fusion
• Iron Red
• and others (up to 15 modes)

Interfaces and connection

• Power supply: DC 6-16 V
• Video: CVBS
• UART (3.3V): TX / RX

Physical parameters

• Dimensions: 37.8 × 20 × 20 mm
• Weight: ≤25 g (≤27 g with cover)
• Consumption: ≤0.95 W

Operating conditions

• Operating temperature: −40°C ~ +70°C
• Temperature storage: -45°C ~ +75°C
• Humidity: <90% RH

Features

• Thermal vision in complete darkness
• Automatic and manual calibration
• Background compensation (shutter correction)
• Pseudo-color temperature display
• Digital zoom
• Image mirroring (horizontal/vertical)
• Real-time image processing
• Connection to FPV systems via CVBS
• Control via UART

Advantages

• High resolution 640×512 - much better detail
• High sensitivity ≤40 mK - sees minimal temperature differences
• Compact size - ideal for FPV drones
• Low power consumption - suitable for autonomous systems
• Wide operating temperature range
• Compatible with analog FPV systems (CVBS)
• A large number of display modes
• Easy integration into any platform