| MOQ: | 1 |
| Standard Packaging: | case |
| Delivery Period: | 2 week |
| Payment Method: | L/C,D/A,D/P,T/T |
Multispectral Camera With InGaAs SWIR Thermal LWIR For DJI M300 M350
The DJI M300/M350 multispectral camera system integrates five-band multispectral imaging, shortwave infrared (SWIR), and longwave thermal infrared (LWIR) sensing into a single multi-source payload. It combines five 1.3MP multispectral sensors with a cooled InGaAs SWIR detector and an uncooled VOx thermal detector, enabling both precision remote sensing and real-time video detection. This advanced multi-band configuration delivers exceptional performance for agriculture, forestry, environmental monitoring, energy inspection, emergency response, and scientific research.
Multi-Sensor Fusion Imaging
Equipped with 5-channel multispectral imaging, SWIR, and LWIR, the system captures a wide spectral range for comprehensive data analysis. The global shutter design ensures sharp imaging even during dynamic flight operations.
Ultra-Fast Capture and Onboard Processing
All channels can be captured simultaneously with a minimum interval of just 0.5 seconds, improving efficiency for large-area mapping. Real-time onboard spectral inversion and video output provide immediate access to processed data without relying on ground post-processing.
Integrated Downwelling Light Sensor
The system includes a standard DLS module for real-time compensation of ambient light changes, ensuring accurate reflectance calculations and improving the consistency of multispectral results.
Flexible Triggering Options
Supports multiple trigger modes including timed capture and overlap-based triggering, enabling operators to adapt to different mission types and flight conditions.
SWIR and LWIR Functional Advantages
SWIR imaging penetrates smoke and haze, allowing sensitive detection of moisture, vegetation water stress, and hidden objects. LWIR provides direct temperature output, ideal for thermal mapping, fire monitoring, equipment inspection, and search-and-rescue.
DJI X-Port Compatibility and Storage
Powered by DJI X-Port, the camera features enhanced stabilization, fast data transmission, and a built-in 64GB TF card for onboard storage.
SDK-Based and Fully Compatible
Developed based on the DJI Payload SDK, the system is fully compatible with DJI Matrice 300 RTK and Matrice 350 RTK drones. Plug-and-play installation enables rapid deployment for field operations.
Specs:
| Parameter | Specification |
| Assembly Method | 5-channel multispectral + 1-channel shortwave infrared (SWIR) + 1-channel thermal infrared (LWIR) |
| Target Surface Size | Multispectral & SWIR: 1/4″; LWIR: – |
| Effective Pixels | Multispectral: 1.3 MpX; SWIR: 0.3 MpX; LWIR: 0.3 MpX |
| Shutter Type | Multispectral & SWIR: Global; LWIR: – |
| Quantization Bits | Multispectral & SWIR: 12-bit; LWIR: 14-bit |
| Field of View (FOV) | Multispectral: 36.7° x 31.3°; SWIR: 36.3° x 29.1°; LWIR: 32.9° x 26.5° |
| Ground Resolution | Multispectral: 6.2 cm @ 120 m; SWIR: 12 cm @ 120 m; LWIR: 11 cm @ 120 m |
| Coverage Width | Multispectral: 80 m x 67 m @ 120 m; SWIR: 77 m x 62 m @ 120 m; LWIR: 71 m x 57 m @ 120 m |
| Spectral Channels | Multispectral: 450nm@30nm, 555nm@27nm, 660nm@22nm, 720nm@10nm, 840nm@30nm; SWIR: 900nm-1700nm; LWIR: 8µm ~ 14µm |
| Sensor Type | Multispectral: CMOS; SWIR: InGaAs; LWIR: Uncooled VOx |
| Dimensions | 130 mm x 160 mm x 180 mm (optical axis perpendicular to ground) |
| Weight | 805 g |
| Mounting Interface | DJI X-Port |
| Power Supply | DJI M300/M350 drone |
| Power Consumption | 40 W |
| Image Format | Multispectral: 16-bit processed TIFF (includes GPS and ambient light info); SWIR: 16-bit TIFF; LWIR: 16-bit TIFF (temperature) |
| Video Format | MP4 |
| Storage | Standard 64 GB |
| Parameter Settings | DJI Pilot |
| Capture Trigger | Timed trigger, overlap trigger, flight control trigger |
| Capture Frequency | Imaging: 2 Hz; Video detection: 20 Hz |
| Operating Temperature | -10°C to +45°C (relative wind speed ≥1 m/s) |
| Storage Temperature | -30°C to +70°C |
| Ambient Humidity | RH ≤85% (non-condensing) |