logo
WhatsApp
8617898848998
WeChat
WeChat QR Code
Scan QR Code
Quality DJI M350 Drone Thermal Camera with Cooled HOT Ⅱ Detector for VOCs Gas Leak Detection at 3.2~3.5 μm Wavelength factory
<
Quality DJI M350 Drone Thermal Camera with Cooled HOT Ⅱ Detector for VOCs Gas Leak Detection at 3.2~3.5 μm Wavelength factory
>

DJI M350 Drone Thermal Camera with Cooled HOT Ⅱ Detector for VOCs Gas Leak Detection at 3.2~3.5 μm Wavelength

DJI M350 Drone Thermal Camera with Cooled HOT Ⅱ Detector for VOCs Gas Leak Detection at 3.2~3.5 μm Wavelength
Optical DJI Drone Thermal Camera VOCs Gas Leak Detection Camera For DJI M350 Product Overview The DJI M350 Drone-Mounted Cooled Infrared Optical Thermal Camera is a purpose-built non-contact detection device engineered exclusively for volatile organic compounds (VOCs) gas leakage monitoring. ...
Brand Name:AOISUN
Minimum Order Quantity:1
Product Custom Attributes
Highlight

Optical DJI Drone Thermal Camera

,

VOCs Gas Leak Detection Camera

,

Optical Gas Leak Detection Camera

Name:
DJI Drone Thermal Camera
Detector Resolution:
320×256
Operating Wavelength:
3.2~3.5 μm
Detected Gas Type:
VOCs Gas
NETD:
<12 MK
Lens Focal Length:
Standard 23.2mm
Field Of View:
24°x19.3°
Image Adjustment:
Brightness, Contrast
Electronic Zoom:
1-8x Continuous
Temperature Range:
-20℃ To +500℃
Operating Temperature:
-20℃ To +60℃
Product Description
Optical DJI Drone Thermal Camera VOCs Gas Leak Detection Camera For DJI M350
Product Overview
The DJI M350 Drone-Mounted Cooled Infrared Optical Thermal Camera is a purpose-built non-contact detection device engineered exclusively for volatile organic compounds (VOCs) gas leakage monitoring. Operating within the 3.2 μm to 3.5 μm mid-wave infrared spectrum—an optimal range for VOCs absorption and identification—it can detect micro-leaks of over 400 types of VOCs and volatile liquids, including methane, ethanol, gasoline, and benzene.
This specialized camera delivers exceptional sensitivity for early leak detection, addressing the critical need for proactive industrial safety management across petrochemical facilities, storage tanks, and pipeline networks.
Advanced Detection Technology
At the core of this system lies a high-end cooled mid-wave class II superlattice infrared detector, which ensures rapid conversion of gas leakage signals into clear thermal images. Unlike uncooled detectors, the cooled design minimizes thermal noise, enabling the camera to identify even trace-level leaks that might otherwise go undetected.
Specifically optimized for open atmospheric environments, it excels at long-distance (up to 300 meters) and large-area leak screening. Beyond mere detection, the camera leverages advanced image processing algorithms to accurately pinpoint leak sources and quantify emission intensity—significantly reducing inspection time and improving leak response efficiency compared to traditional manual methods.
Integrated Drone System
The integrated system comprises a DJI M300/M350 RTK drone with a gimbal-mounted VOCs gas leak infrared camera, supported by the drone's dual-image transmission technology for real-time visualization of leak conditions. This configuration eliminates the need for personnel to enter high-risk areas (e.g., confined spaces, toxic gas zones), enhancing operational safety while expanding monitoring coverage.
Key Features
  • Based on DJI SDK, fully compatible with DJI Matrice 300 and 350 drones
  • Gas leak visualization
  • Non-destructive and non-contact detection
  • High-efficiency rapid inspections
  • Plannable inspection paths
  • Photo and video evidence collection
  • Automatic sampling at inspection points
Technical Specifications
Category Specification
Model DJI M300 M350 drone VOCs Gas Leak Infrared Imaging Camera
Detector Type Cooled Type HOT Ⅱ Class Super-resolution Detector
Detector Resolution 320×256
Operating Wavelength 3.2~3.5 μm
Detected Gas Type VOCs Gas
NETD <12 mK
Lens Focal Length Standard 23.2mm (35mm, 50mm optional)
Field of View 24°x19.3°
Digital Image Enhancement Automatic image filtering, digital detail enhancement
Image Adjustment Brightness, Contrast
Image Color Black Hot/White Hot/Pseudocolor (8 modes)
Electronic Zoom 1-8x Continuous
Image Mode Temperature Mode, Normal Mode, Gas Mode
Temperature Range -20℃ to +500℃
Operating Temperature -20℃ to +60℃
Image Output Micro HDMI Supports maximum output image of 1920*1080
Interface DJI H.264 standard USB/HDMI
Storage 64GB
Power Supply Voltage DC12V, Under/Over Voltage: DC 10-28V
Startup Time <6 min (at room temperature)
Weight <1.0 kg
Dimensions 178mm x 85mm x 95mm (24mm)
190mm x 85mm x 95mm (35mm)
205mm x 85mm x 95mm (50mm)
Overall Rating
5.0
Based on 50 reviews recently
Rating Snapshot
5
100%
4
0
3
0
2
0
1
0
All Reviews
Z
Zola Dlaminifrom South Africa
Jan 10.2026
The AOISUN WS100P has become essential for our coastal water quality monitoring programs in South Africa. The depth-fixed sampling function delivers consistent, accurate data at various ocean depths, which is vital for tracking pollution and protecting marine ecosystems. The 10m retractable cable with adjustable speed allows safe, precise deployment even in moderate coastal currents, and the 1L sample capacity is ideal for our laboratory analysis. Installation via the belly mount is quick and secure, while DJI Pilot integration provides real-time status updates. It has proven extremely durable in both warm coastal conditions and rugged terrain, making it indispensable for environmental conservation efforts across the region.
L
Liam Carterfrom United Kingdom
Dec 1.2025
Fits my DJI Matrice 350 RTK perfectly. The 3-axis gimbal is rock-solid—no shaky light during flights. Super bright for night searches, and the color marking feature is a game-changer!
K
Kacper Nowakfrom Egypt
Nov 22.2025
This AOISUN flamethrower for DJI M350 is a game-changer for power line maintenance. The OSDK integration works flawlessly with DJI Pilot 2, letting us adjust flame intensity and monitor fuel levels in real time. The quick-detach mount installs in under a minute, and the safety interlocks prevent accidental ignition during takeoff/landing—critical for high-risk live-line work. We cleared overgrown vegetation and kite strings without shutting down power, drastically reducing downtime. Highly reliable!