China MR-FAT UAV Fourier Transform Infrared Telemeter - Gas Detection Suppliers and Factory Solutions
Main Features
Equipped with DJI M300 drone, it can flexibly avoid obstacles and perform high-altitude detection and scanning.
Automatic and real-time analysis and identification of various gases, up to hundreds of gas types.
Long-distance, non-contact safety monitoring.
High spectral collection rate (up to 20 times/second) and high spectral resolution (better than 2cm-1) for real-time response and false alarm prevention.
Use the DJI drone’s own camera to scan and identify dangerous areas from a first-person perspective.
Protection grade IP66, not afraid of wind and rain, still working reliably.
Small size, light weight, easy to carry, quick to deploy, and highly maneuverable.
Supports visual windows in various languages, has a friendly interface, intelligent recognition, easy operation, and supports customization.
Application Areas
Fire rescue emergency monitoring
Monitoring of hazardous chemical emergencies
Public security emergency monitoring of hazardous chemicals
Technical Indicators
| Measurable gas | Petrochemical industry: methanol, ethanol, acetic acid, aniline, styrene, etc.; Fire protection industry: AC, acetone, CS2, nitric acid, hydrazine, benzene, etc.; Other chemicals: hydrazine, ASH3, H2S, NF3, HCL, SO2, etc.; Military poison gases: VX, GA, GD, Soman, sarin, mustard gas, etc.; |
| Detector type | Cooled mercury cadmium telluride detector |
| Detection distance | More than 4km |
| Spectral range | 8~12μm |
| Spectral resolution | Better than 2cm-1 |
| Spectral acquisition rate | 20 spectra/second (Δσ≤ 2 cm-1, double-sided interference pattern) |
| FPV camera | 960P |
| Operating temperature | -20℃~+50℃ |
| Protection level | Detector IP66, drone protection level IP45 |
| Installation method | Suspension mounted below M300RTK |
| Dimensions | Dimensions (expanded, excluding blades): 810×670×430 mm (length×width×height) Dimensions (folded, including paddles): 430×420×430 mm (length×width×height) |
| Weight | 12.8Kg (including dual batteries) |
PC Software & Configuration
Software Interface Features
- Real-time image transmission of drone perspective images (supports user-customized interface);
- 4G wireless transmission is used between the drone and the portable computer;
- The system software adopts efficient timing design and has strong anti-interference characteristics;
Standard Configuration
- Telemeter host
- Portable laptop
- Software real-time identification software
- DJI M300RTK (optional)
- Carrying case
- Operating Instructions
- Certificate of conformity
Scenario Application
Frequently Asked Questions
What types of gases can the UAV Telemeter detect?
The system can automatically identify hundreds of gases in real-time, including petrochemical industry emissions (methanol, ethanol, styrene), fire protection hazards (acetone, benzene, nitric acid), military toxic agents (sarin, VX, mustard gas), and various industrial chemicals like H2S, SO2, and HCl.
What is the maximum detection distance of this gas monitoring system?
The system supports long-distance, non-contact safety monitoring with an effective detection range exceeding 4 kilometers, ensuring operators remain at a safe distance from hazardous zones.
Can the system operate reliably in harsh weather conditions?
Yes, the Gas Detector is built to IP66 standards, offering excellent protection against wind, rain, and dust. The DJI M300RTK drone platform also features high wind resistance and an IP45 rating, enabling reliable operation in challenging environments.
How is data transmitted between the drone and the control station?
The system utilizes 4G wireless transmission to send real-time data, spectral analysis, and first-person perspective FPV video streams directly from the drone to the portable PC control software.
What makes the spectral acquisition rate of this telemeter unique?
It features a high spectral collection rate of up to 20 spectra/second while maintaining a high spectral resolution better than 2cm-1. This allows for rapid real-time response and prevents false alarms during critical emergencies.