We Invent to Prevent.
We Invent to Prevent.
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Laser Falcon G2
The Laser Falcon G2 is an ultra-lightweight laser methane detector that operates on the same measurement principle as the popular Laser Falcon. Its significantly reduced weight expands the range of applications, including airborne methane monitoring and integration with robotic systems. Equipped with the SkyHub module from SPH Engineering, Laser Falcon G2 offers enhanced capabilities for data collection and processing.
+ SkyHub by
Compact lightweight payload for detecting methane leaks
UAV-based laser methane detectors, such as the Laser Falcon G2, offer a cost-effective alternative to more complex and expensive aircraft-based systems. Laser Falcon G2 can be mounted on any type of UAV, includung DJI Matrice 300 Series and Inspired Flight IF800/IF1200. Deploying a drone equipped with a Laser Falcon G2 requires minimal preparation. The device can be ready for operation within minutes. This enables rapid unscheduled and emergency inspections. Additionally, UAV-based detectors make it possible to inspect gas facilities independently, without relying on third-party service providers.
Key features
-
Tracks the inspected route with coordinates and gas concentration dataGenerates a report with all essential information, including time, leak concentration, GPS coordinates, and maps. - In-flight online data transmission through the standard DJI communication lineEasy data export for reporting.
- Weights only 300 g (0.66 lb)
- Detection distance up to 25 meters (82 feet)
- Quick installation and startup
- Moisture-proof housing
- Eye-safe Class 1 and 3a lasers
- Automatic time synchronization by GPS /
GLONASS.
How Laser Falcon G2 works
Laser Falcon G2 utilizes TDLAS technology
TDLAS (Tunable Diode Laser Absorption Spectroscopy) technology uses a tunable diode laser for precise gas analysis. The laser emits a focused beam of light at a specific wavelength that corresponds to the absorption characteristics of the target gas. When this beam interacts with the gas, some of the light is absorbed by the gas molecules. A sensor then captures the reflected beam, and the concentration of the gas is determined by measuring the intensity of reflected light.
Where Laser Falcon G2 applies
Laser Falcon G2 is designed for a wide range of drone-based inspections of methane infrastructure
- Underground Gas Storage
- Gas Distribution Station
- Gas Processing Plant
- Gas Compression Station
- Landfill
- Gas Storage
Where Laser Falcon G2 applies
Laser Falcon G2 is designed for a wide range of drone-based inspections of methane infrastructure
Underground
Gas Storage
Gas Storage
Gas Distribution Station
Gas Processing
Plant
Plant
Gas Compression
Station
Station
Gas
Storage
Storage
Landfill
FAQ
Honest answers to important questions
No, each device is designed to detect a specific gas. This provides a 100% probability of leak detection of methane and not any other gas.
Laser radiation is completely safe, it corresponds to class 1.
Yes. It is an active device, it emits at a certain narrow wavelength, so it does not need additional signal sources.
No, there is no impact.
No. The detector contains a reference container with methane inside and calibration is performed at each start-up and during operation.
The detector does not need to be verified because it is not a measuring tool.
It works remotely. There is no direct contact with the hazardous environment.
Yes, because glass transmits the near infrared radiation well.
Our company specializes in methane detectors, but at your request we can supply a fully ready-to-use complex. Due to our partnership with UAV manufacturers, we can fully integrate the detector into the UAV design.
Contact us
You can order the equipment or ask questions here